Joe Ross has been trading and investing since his first trade at the age of 14, and is a well known Master Trader and Investor. He has survived all the up and downs of the markets because of his adaptable trading style, using a low-risk approach that produces consistent profits. Joe Ross is the creator of the Ross Hook ™ (Rh), and has set new standards for low-risk trading with his concepts of "The Law of Charts™" and the "Traders Trick Entry™" (TTE). Joe Ross has a few preferred trading signals, but we will present here the Ross Hook and the Traders Trick Entry.

Ross hook could be created on charts after:

1. First correction after a 1-2-3 pattern breakout;
2. First correction after a ledge pattern breakout (A ledge consists of a minimum of four price bars. It must have two matching lows and two matching highs. The matching highs must be separated by at least one price bar, and the matching lows must be separated by at least one price bar.);

First correction after a trading range breakout (A Trading Range is similar to a ledge, but must consist of more than ten price bars.).

The definitions are from "Law of Charts" by Joe Ross. This is very useful reading also.

During an uptrend when the market fails to make new high, a Ross Hook is formed. During a downtrend when the market fails to make new low, a Ross Hook is formed. Every directional price move reaches a point of exhaustion and needs new participants to continue. That is why the market takes its breath and at this point a Ross hook occurs. The Ross hook could be identified when the market is trending not when it is in a phase of consolidation. We skip the signal if the market opens with gap beyond the Ross Hook.

With the Traders Trick Entry TTE we try to open position before the other traders. We can make profits in trading only if we take other people's money. We have to learn how we can be one step ahead of the other market players. When Ross Hook, 1-2-3 pattern or other chart formation occurs most of the traders will place their orders at these levels. The Big boys know this very well and often target these order to make easy profits. They move the prices towards the nearest major level and activate the orders around only to reverse the price movement towards the stop losses. TTE is designed for such cases. When we see Ross hook and expect a test of this level we try to open a position early and make a nice profit if the break is successful with good risk/reward ratio. In most of the cases if the break of the Rh is false we can close our position with small profit



Long Position

1. The high of the last period is lower than the high of the previous Ross hook is formed;
2. The price retraces lower and the high of every period is lower than the previous one. The retracement should be 3-5 periods max;
3. We place a buy order above the high of the last period with stop loss below its low;
4. When the long position is opened we place limit order according to our money management rules. We suggest closing part of the position and move the stop loss to break even when the Rh level is reached.

Short Position

1. The low of the last period is higher than the low of the previous Ross hook is formed;
2. The price retraces higher and the low of every period is higher than the previous one. The retracement should be 3-5 periods max;
3. We place a sell order below the low of the last period with stop loss above its high;
4. When the short position is opened we place limit order according to our money management rules. We suggest closing part of the position and move the stop loss to break even when the Rh level is reached.

---- by : Svetlin Minev ------

Directional Movement Index and Parabolic SAR
DMI and Parabolic SAR are very efficient trend indicators and are used often by traders for developing of their strategies. These indicators could be used separately and in combination with other technical studies. The DMI system is plotted by three lines: ADX, +DI and -DI, and could be used for generating of signals or trend filter:

Rising ADX shows that the market has a clear direction and is in a trending mode;

Declining ADX shows that the trend is losing steam or the market is in consolidation phase;
When ADX is above 20-25, the market is in a clear trend.

DMI system generates the following signals:
Rules for long position

1. ADX is above 25 and rising;

2. The Parabolic SAR goes form below to above the chart of the price. The bar when this happens is marked as Signal bar.

3. Long position is initiated when the price breaks 2-3 pips above the high of the Signal bar.

4. After the position is open an initial stop loss order is placed 2-3 pips below the low of the signal bar.

5. A limit order is placed according our Money management rules.
Rules for short position

1. ADX is above 25 and rising;

2. The Parabolic SAR goes form above to below the chart of the price. The bar when this happens is marked as Signal bar..

3. Short position is initiated when the price breaks 2-3 pips below the low of the Signal bar.

4. After the position is open an initial stop loss order is placed 2-3 pips above the high signal bar.

5. A limit order is placed according to our Money management rules.

Indicator chart



----- by ; Svetlin Minev / M.Popov ------

Leading vs. Lagging Indicators

We’ve covered a lot of tools that can help you analyze charts and identify trends. In fact, you may now have too much information to use effectively.

In this lesson, we’re going to look at streamlining your use of these chart indicators. We want you to fully understand the strengths and weaknesses of each tool, so you’ll be able to determine which ones work for you and your trading plan… and which ones don’t.

Leading versus Lagging Indicators

Let’s discuss some concepts first. There are two types of indicators: leading and lagging.

A leading indicator gives a buy signal before the new trend or reversal occurs.

A lagging indicator gives a signal after the trend has started and basically informs you “hey buddy, pay attention, the trend has started, you’re missing the boat.”

You’re probably thinking, “Ooooh, I’m going to get rich with leading indicators!” since you would be able to profit from a new trend right at the start. You’re right – you would “catch” the entire trend every single time, IF the leading indicator was correct every single time. But it’s not.

When you use leading indicators, you will experience a lot of fake-outs. Leading indicators are notorious for giving bogus signals which will “mislead” you. Get it? Leading indicators that "mislead" you? Ha-ha. Man we're so funny we even crack ourselves up.

The other option is to use lagging indicators, which aren’t as prone to bogus signals. Lagging indicators only give signals after the price change is clearly forming a trend. The downside is that you’d be a little late in entering a position. Often the biggest gains of a trend occur in the first few bars, so by using a lagging indicator you could potentially miss out on much of the profit. Which sucks.

Oscillators and Trend Following Indicators

For the purpose of this lesson, let’s broadly categorize all of our technical indicators into one of two categories:

1. Oscillators
2. Trend following or momentum indicators

Oscillators are leading indicators.

Momentum indicators are lagging indicators.

While the two can be supportive of each other, they're more likely to conflict with each other. We’re not saying that one or the other should be used exclusively, but you must understand the potential pitfalls of each.

Oscillators / Leading Indicators

An oscillator is any object or data that moves back and forth between two points. In other words, it’s an item that is going to always fall somewhere between point A and point B. Think of when you hit the oscillating switch on your electric fan.

Think of our technical indicators as either being “on” or “off”. More specifically, an oscillator will usually signal “buy” or “sell”, with the only exception being instances when the oscillator is not clearly at either end of the buy/sell range.

Does this sound familiar? It should! Stochastics, Parabolic SAR, and the Relative Strength Index (RSI) are all oscillators. Each of these indicators is designed to signal a possible reversal, where the previous trend has run its course and the price is ready to change direction.

Let’s take a look at a few examples.

On the 1-hour chart of USD/EUR below, we have added a Parabolic SAR indicator, as well as an RSI and Stochastic oscillator. As you have already learned, when the Stochastic and RSI begin to leave their “oversold” region that is a buy signal.

Here we get buy signals between the hours 3:00 am EST and 7:00 am EST on 08/24/05. All three of these buy signals occurred within one or two hours of each other, and this would have been a good trade.

We also got a sell signal from all three indicators between the hours of 2:00 am EST and 5:00 am EST on 08/25/05. As you can see, the Stochastic indicator remained in the overbought for a pretty long time - about 20 hours. Usually when an oscillator remains in the overbought or oversold levels for a long period of time, that means there is a strong trend occurring. In this example, since Stochastic stayed overbought, you see there was a strong uptrend present.

Now let’s take a look at the same leading oscillators messing up, just so you know these signals aren’t perfect. Looking at the chart below, you can quickly see that there were a lot of false buy signals popping up. You’ll see how one indicator says to buy, while the other one is still saying sell.

Around 1 am EST on 08/16/05, both RSI and Stochastic gave buy signals, while Parabolic SAR still showed a sell signal. Yes, Parabolic SAR gave a buy signal 3 hours later at 4 am EST, but then Parabolic SAR turned into a sell signal one bar later. If you actually look at the bar with the Parabolic SAR below it, notice how it’s a strong looking red bar with very short shadows. Also, notice how the next bar closed below it. This would not have been a good long trade.

On the last two oversold (buy) signals given by Stochastic, notice how there is no indicator at all for RSI, but Parabolic SAR is giving sell signals. What’s going on here? They are each giving you different signals!

What happened to such a good set of indicators?

The answer lies in the method of calculation for each one. Stochastic is based on the high-to-low range of the time period (in this case, it’s hourly), yet doesn’t account for changes from one hour to the next. The Relative Strength Index (RSI) uses change from one closing price to the next. And Parabolic SAR has its own unique calculations that can further cause conflict.

That’s the nature of oscillators – they assume that a particular chart pattern always results in the same reversal. Of course, that’s hogwash.

While being aware of why a leading indicator may be in error, there’s no way to avoid them. If you’re getting mixed signals, you’re better off doing nothing than taking a ‘best guess’. If a chart doesn’t meet all your criteria, don’t force the trade! Move on to the next one that does meet your criteria.

Momentum / Lagging Indicators

So how do we spot a trend? The indicators that can do so have already been identified as MACD and moving averages. These indicators will spot trends once they have been established, at the expense of delayed entry. The bright side is that there’s less chance of being wrong.

On this 1-hour chart of EUR/USD, there was a bullish crossover for MACD at 3:00 am EST on 08/03/05 and the 10 period EMA crossed over the 20 period EMA at 5:00 am. These two signals were all accurate, but if you waited for both indicators to give you a bull signal, you would have missed out on the big move. If you calculate from the start of the uptrend at 10:00 pm EST on 08/02/05 to the close of the candle at 5:00 am EST on 08/03/05, you would have watched a gain of 159 pips while sitting on the sidelines.

Let’s take a look at the same chart so you can see how these crossover signals can sometimes give false signals. We like to call them “fake-outs”. Look at how there was a bearish MACD crossover after the uptrend we just discussed.

Ten hours later, the 20 EMA crossed below the 10 EMA giving a “sell” signal. As you can see, the price didn’t drop but stayed pretty much sideways, then continued its uptrend. By the time both indicators were in agreement, you would’ve entered a short trade at the bottom and set yourself up for a loss. Bummer, dude!

Source : http://www.babypips.com/school/momentum_lagging_indicators.html

Bollinger Bands

Congratulations on making it to the 5th grade! Each time you make it to the next grade you continue to add more and more tools to your trader’s toolbox. “What’s a trader’s toolbox?” you say… Simple! Your trader’s toolbox is what you will use to “build” your trading account. The more tools (education) you have in your trader’s toolbox (YOUR BRAIN), the easier it will be for you to build.

So for this lesson, as you learn each of these indicators, think of them as a new tool that you can add to that toolbox of yours. You might not necessarily use all of these tools, but it’s always nice to have the option, right? Now, enough about tools already! Let’s get started!

Bollinger Bands

Bollinger bands are used to measure a market’s volatility. Basically, this little tool tells us whether the market is quiet or whether the market is LOUD! When the market is quiet, the bands contract; and when the market is LOUD, the bands expand. Notice on the chart below that when the price was quiet, the bands were close together, but when the price moved up, the bands spread apart.

That’s all there is to it. Yes, we could go on and bore you by going into the history of the Bollinger band, how it is calculated, the mathematical formulas behind it, and so on and so forth, but we really didn’t feel like typing it all out.

In all honesty, you don’t need to know any of that junk. We think it’s more important that we show you some ways you can apply the Bollinger bands to your trading.

Note: If you really want to learn about the calculations of a Bollinger band, then you can go to www.bollingerbands.com

The Bollinger Bounce

One thing you should know about Bollinger Bands is that price tends to return to the middle of the bands. That is the whole idea behind the Bollinger bounce (smart, huh?). If this is the case, then by looking at the chart below, can you tell us where the price might go next?

If you said down, then you are correct! As you can see, the price settled back down towards the middle area of the bands.

That’s all there is to it. What you just saw was a classic Bollinger bounce. The reason these bounces occur is because Bollinger Bands act like mini support and resistance levels. The longer the time frame you are in, the stronger these bands are. Many traders have developed systems that thrive on these bounces, and this strategy is best used when the market is ranging and there is no clear trend.

Now let’s look at a way to use Bollinger Bands when the market does trend.

Bollinger Squeeze

The Bollinger squeeze is pretty self explanatory. When the bands “squeeze” together, it usually means that a breakout is going to occur. If the candles start to break out above the top band, then the move will usually continue to go up. If the candles start to break out below the lower band, then the move will usually continue to go down.

Looking at the chart above, you can see the bands squeezing together. The price has just started to break out of the top band. Based on this information, where do you think the price will go?

If you said up, you are correct! This is how a typical Bollinger Squeeze works. This strategy is designed for you to catch a move as early as possible. Setups like these don’t occur everyday, but you can probably spot them a few times a week if you are looking at a 15 minute chart.

So now you know what Bollinger Bands are, and you know how to use them. There are many other things you can do with Bollinger Bands, but these are the 2 most common strategies associated with them. So now you can put this in your trader’s toolbox, and we can move on to the next indicator.

Parabolic SAR

Up until now, we’ve looked at indicators that mainly focus on catching the beginning of new trends. And although it is important to be able to identify new trends, it is equally important to be able to identify where a trend ends. After all, what good is a well-timed entry without a well-timed exit?

One indicator that can help us determine where a trend might be ending is the Parabolic SAR (Stop And Reversal). A Parabolic SAR places dots, or points, on a chart that indicate potential reversals in price movement. From the chart above, you can see that the dots shift from being below the candles during the uptrend, to above the candles when the trend reverses into a downtrend.

Stochastics

Stochastics

Stochastics are another indicator that helps us determine where a trend might be ending. By definition, a stochastic is an oscillator that measures overbought and oversold conditions in the market. The 2 lines are similar to the MACD lines in the sense that one line is faster than the other.

How to Apply Stochastics

Like I said earlier, stochastics tells us when the market is overbought or oversold. Stochastics are scaled from 0 to 100. When the stochastic lines are above 70 (the red dotted line in the chart above), then it means the market is overbought. When the stochastic lines are below 30 (the blue dotted line), then it means that the market is oversold. As a rule of thumb, we buy when the market is oversold, and we sell when the market is overbought.

Looking at the chart above, you can see that the stochastics has been showing overbought conditions for quite some time. Based upon this information, can you guess where the price might go?

If you said the price would drop, then you are absolutely correct! Because the market was overbought for such a long period of time, a reversal was bound to happen.

That is the basics of stochastics. Many traders use stochastics in different ways, but the main purpose of the indicator is to show us where the market is overbought and oversold. Over time, you will learn to use stochastics to fit your own personal trading style. Okay, let's move on to RSI.

Relative Strength Index

Relative Strength Index, or RSI, is similar to stochastics in that it identifies overbought and oversold conditions in the market. It is also scaled from 0 to 100. Typically, readings below 20 indicate oversold, while readings over 80 indicate overbought.

Using RSI

RSI can be used just like stochastics. From the chart above you can see that when RSI dropped below 20, it correctly identified an oversold market. After the drop, the price quickly shot back up.

RSI is a very popular tool because it can also be used to confirm trend formations. If you think a trend is forming, take a quick look at the RSI and look at whether it is above or below 50. If you are looking at a possible uptrend, then make sure the RSI is above 50. If you are looking at a possible downtrend, then make sure the RSI is below 50.

In the beginning of the chart above, we can see that a possible uptrend was forming. To avoid fakeouts, we can wait for RSI to cross above 50 to confirm our trend. Sure enough, as RSI passes above 50, it is a good confirmation that an uptrend has actually formed. Okey dokey, we've covered a smorgasbord of indicators, let's see how we can put all of what you just learned together...

Price Smoothies

A moving average is simply a way to smooth out price action over time. By “moving average”, we mean that you are taking the average closing price of a currency for the last ‘X’ number of periods.

Like every indicator, a moving average indicator is used to help us forecast future prices. By looking at the slope of the moving average, you can make general predictions as to where the price will go.

As we said, moving averages smooth out price action. There are different types of moving averages, and each of them has their own level of “smoothness”. Generally, the smoother the moving average, the slower it is to react to the price movement. The choppier the moving average, the quicker it is to react to the price movement.

We’ll explain the pros and cons of each type a little later, but for now let’s look at the different types of moving averages and how they are calculated.

Simple Moving Average

Simple Moving Average (SMA)

A simple moving average is the simplest type of moving average (DUH!). Basically, a simple moving average is calculated by adding up the last “X” period’s closing prices and then dividing that number by X. Confused??? Allow me to clarify.

If you plotted a 5 period simple moving average on a 1 hour chart, you would add up the closing prices for the last 5 hours, and then divide that number by 5. Voila! You have your simple moving average.

If you were to plot a 5 period simple moving average on a 10 minute chart, you would add up the closing prices of the last 50 minutes and then divide that number by 5.

If you were to plot a 5 period simple moving average on a 30 minute chart, you would add up the closing prices of the last 150 minutes and then divide that number by 5.

If you were to plot the 5 period simple moving average on the a 4 hr. chart………………..OK OK, I think you get the picture! Let’s move on.

Most charting packages will do all the calculations for you. The reason we just bored you (yawn!) with how to calculate a simple moving average is because it is important that you understand how the moving averages are calculated. If you understand how each moving average is calculated, you can make your own decision as to which type is better for you.

Just like any indicator out there, moving averages operate with a delay. Because you are taking the averages of the price, you are really only seeing a “forecast” of the future price and not a concrete view of the future. Disclaimer: Moving averages will not turn you into Ms. Cleo the psychic!

Here is an example of how moving averages smooth out the price action.

On the previous chart, you can see 3 different SMAs. As you can see, the longer the SMA period is, the more it lags behind the price. Notice how the 62 SMA is farther away from the current price than the 30 and 5 SMA. This is because with the 62 SMA, you are adding up the closing prices of the last 62 periods and dividing it by 62. The higher the number period you use, the slower it is to react to the price movement.

Exponential Moving Average (EMA)

Although the simple moving average is a great tool, there is one major flaw associated with it. Simple moving averages are very susceptible to spikes. Let me show you an example of what I mean:

Let’s say we plot a 5 period SMA on the daily chart of the EUR/USD and the closing prices for the last 5 days are as follows:

Day 1: 1.2345
Day 2: 1.2350
Day 3: 1.2360
Day 4: 1.2365
Day 5: 1.2370

The simple moving average would be calculated as
(1.2345+1.2350+1.2360+1.2365+1.2370)/5= 1.2358

Simple enough right?

Well what if Day 2’s price was 1.2300? The result of the simple moving average would be a lot lower and it would give you the notion that the price was actually going down, when in reality, Day 2 could have just been a one time event (maybe interest rates decreasing).

The point I’m trying to make is that sometimes the simple moving average might be too simple. If only there was a way that you could filter out these spikes so that you wouldn’t get the wrong idea. Hmmmm…I wonder….Wait a minute……Yep, there is a way!

It’s called the Exponential Moving Average!

Exponential moving averages (EMA) give more weight to the most recent periods. In our example above, the EMA would put more weight on Days 3-5, which means that the spike on Day 2 would be of lesser value and wouldn’t affect the moving average as much. What this does is it puts more emphasis on what traders are doing NOW.

When trading, it is far more important to see what traders are doing now rather than what they did last week or last month.

SMA vs. EMA

Which is better: Simple or Exponential?

First, let’s start with an exponential moving average. When you want a moving average that will respond to the price action rather quickly, then a short period EMA is the best way to go. These can help you catch trends very early, which will result in higher profit. In fact, the earlier you catch a trend, the longer you can ride it and rake in those profits!

The downside to the choppy moving average is that you might get faked out. Because the moving average responds so quickly to the price, you might think a trend is forming when in actuality; it could just be a price spike.

With a simple moving average, the opposite is true. When you want a moving average that is smoother and slower to respond to price action, then a longer period SMA is the best way to go.

Although it is slow to respond to the price action, it will save you from many fake outs. The downside is that it might delay you too long, and you might miss out on a good trade.

So which one is better? It’s really up to you to decide. Many traders plot several different moving averages to give them both sides of the story. They might use a longer period simple moving average to find out what the overall trend is, and then use a shorter period exponential moving average to find a good time to enter a trade.

In fact, many trading systems are built around what is called “Moving Average Crossovers”. Later in this course, we will give you an example of how you can use moving averages as part of your trading system.

Time for recess! Go find a chart and start playing with some moving averages. Try out different types and look at different periods. In time, you will find out which moving averages work best for you. Class dismissed!.

Fibonacci Who?

We will be using Fibonacci ratios a lot in our trading so you better learn it and love it like your mother. Fibonacci is a huge subject and there are many different studies of Fibonacci with weird names but we’re going to stick to two: retracement and extension.

Let me first start by introducing you to the Fib man himself…Leonard Fibonacci.

Leonard Fibonacci was a famous Italian mathematician, also called a super duper uber geek, who had an “aha!” moment and discovered a simple series of numbers that created ratios describing the natural proportions of things in the universe

The ratios arise from the following number series: 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, 144 ……

This series of numbers is derived by starting with 1 followed by 2 and then adding 1 + 2 to get 3, the third number. Then, adding 2 + 3 to get 5, the fourth number, and so on.

After the first few numbers in the sequence, if you measure the ratio of any number to that of the next higher number you get .618. For example, 34 divided by 55 equals 0.618.

If you measure the ratio between alternate numbers you get .382. For example, 34 divided by 89 = 0.382 and that’s as far as into the explanation as we’ll go.

These ratios are called the “golden mean.” Okay that’s enough mumbo jumbo. Even I’m about to fall asleep with all these numbers. I'll just cut to the chase; these are the ratios you have to know:

Fibonacci Retracement Levels
0.236, 0.382, 0.500, 0.618, 0.764

Fibonacci Extension Levels
0, 0.382, 0.618, 1.000, 1.382, 1.618

You won’t really need to know how to calculate all of this. Your charting software will do all the work for you. But it’s always good to be familiar with the basic theory behind the indicator so you’ll have knowledge to impress your date.

Traders use the Fibonacci retracement levels as support and resistance levels. Since so many traders watch these same levels and place buy and sell orders on them to enter trades or place stops, the support and resistance levels become a self-fulfilling expectation.

Traders use the Fibonacci extension levels as profit taking levels. Again, since so many traders are watching these levels and placing buy and sell orders to take profits, this tool usually works due self-fulfilling expectations.

Most charting software includes both Fibonacci retracement levels and extension level tools. In order to apply Fibonacci levels to your charts, you’ll need to identify Swing High and Swing Low points.

A Swing High is a candlestick with at least two lower highs on both the left and right of itself.

A Swing Low is a candlestick with at least two higher lows on both the left and right of itself.

Let's take a closer look at Fibonacci retracement levels...

Fibonacci Retracement

In an uptrend, the general idea is to go long the market on a retracement to a Fibonacci support level. In order to find the retracement levels, you would click on a significant Swing Low and drag the cursor to the most recent Swing High. This will display each of the Retracement Levels showing both the ratio and corresponding price level. Let’s take a look at some examples of markets in an uptrend.

Watch how to draw Fibonacci retracement levels on a chart

This is an hourly chart of USD/JPY. Here we plotted the Fibonacci Retracement Levels by clicking on the Swing Low at 110.78 on 07/12/05 and dragging the cursor to the Swing High at 112.27 on 07/13/05. You can see the levels plotted by the software. The Retracement Levels were 111.92 (0.236), 111.70 (0.382), 111.52 (0.500), and 111.35 (0.618). Now the expectation is that if USD/JPY retraces from this high, it will find support at one of the Fibonacci Levels because traders will be placing buy orders at these levels as the market pulls back.

Now let’s look at what actually happened after the Swing High occurred. The market pulled back right through the 0.236 level and continued the next day piercing the 0.382 level but never actually closing below it. Later on that day, the market resumed its upward move. Clearly buying at the 0.382 level would have been a good short term trade.

Now let’s see how we would use Fibonacci Retracement Levels during a downtrend. This is an hourly chart for EUR/USD. As you can see, we found our Swing High at 1.3278 on 02/28/05 and our Swing Low at 1.3169 a couple hours later. The Retracement Levels were 1.3236 (0.618), 1.3224 (0.500), 1.3211 (0.382), and 1.3195 (.236). The expectation for a downtrend is if it retraces from this high, it will encounter resistance at one of the Fibonacci Levels because traders will be placing sell orders at these levels as the market attempts to rally.

Let’s check out what happened next. Now isn’t that a thing of beauty! The market did try to rally but it barely past the 0.500 level spiking to a high 1.3227 and it actually closed below it. After that bar, you can see that the rally reversed and the downward move continued. You would have made some nice dough selling at the 0.382 level.

Here’s another example. This is an hourly chart for GBP/USD. We had a Swing High of 1.7438 on 07/26/05 and a Swing Low of 1.7336 the next day. So our Retracement Levels are: 1.7399 (0.618), 1.7387 (0.500), 1.7375 (0.382), and 1.7360 (0.236). Looking at the chart, the market looks like it tried to break the 0.500 level on several occasions, but try as it may, it failed. So would putting a sell order at the 0.500 level be a good trade?

If you did, you would have lost some serious cheddar! Take a look at what happened. The Swing Low looked to be the bottom for this downtrend as the market rallied above the Swing High point.

You can see from these examples the market usually finds at least temporary support (during an uptrend) or resistance (during a downtrend) at the Fibonacci Retracements Levels. It’s apparent that there a few problems to deal with here. There’s no way of knowing which level will provide support. The 0.236 seems to provide the weakest support/resistance, while the other levels provide support/resistance at about the same frequency. Even though the charts above show the market usually only retracing to the 0.382 level, it doesn’t mean the price will hit that level every time and reverse. Sometimes it’ll hit the 0.500 and reverse, other times it’ll hit the 0.618 and reverse, and other times the price will totally ignore Mr. Fibonacci and blow past all the levels like similar to the way Allen Iverson blows past his defenders with his nasty first step. Remember, the market will not always resume its uptrend after finding temporary support, but instead continue to decline below the last Swing Low. Same thing for a downtrend. The market may instead decide to continue above the last Swing High.

The placement of stops is a challenge. It’s probably best to place stops below the last Swing Low (on an uptrend) or above the Swing High (on a downtrend), but this requires taking a high level of risk in proportion to the likely profit potential in the trade. This is called reward-to-risk ratio. In a later lesson, you will learn more money management and risk control and how you would only take trades with certain reward-to-risk ratios.

Another problem is determining which Swing Low and Swing High points to start from to create the Fibonacci Retracement Levels. People look at charts differently and so will have their own version of where the Swing High and Swing Low points should be. The point is, there is no one right way to do it, but the bad thing is sometimes it becomes a guessing game.

Fibonacci Extension

The next use of Fibonacci you will be applying is that of targets. Let’s start with an example in an uptrend.

In an uptrend, the general idea is to take profits on a long trade at a Fibonacci Price Extension Level. You determine the Fibonacci extension levels by using three mouse clicks. First, click on a significant Swing Low, then drag your cursor and click on the most recent Swing High. Finally, drag your cursor back down and click on the retracement Swing Low. This will display each of the Price Extension Levels showing both the ratio and corresponding price levels.

Watch how to draw Fibonacci extension levels on a chart

On this 1-hour USD/CHF chart, we plotted the Fibonacci extension levels by clicking on the Swing Low at 1.2447 on 08/14/05 and dragged the cursor to the Swing High at 1.2593 on 08/15/05 and then down to the retracement Swing Low of 1.2541 on 08/15/05. The following Fibonacci extension levels created are 1.2597 (0.382), 1.2631 (0.618), 1.2687 (1.000), 1.2743 (1.382), 1.2760 (1.500), and 1.2777 (1.618).

Now let’s look at what actually happened after the retracement Swing Low occurred.

• The market rallied to the 0.500 level
• fell back to the retracement Swing Low
• then rallied back up to the 0.500 level
• fell back slightly
• rallied to the 0.618 level
• fell back to the 0.382 level which acted as support
• then rallied all the way to the 1.382 level
• consolidated a bit
• then rallied to the 1.500 level

You can see from these examples that the market often finds at least temporary resistance at the Fibonacci extension levels - not always, but often. As in the examples of the retracement levels, it should be apparent that there are a few problems to deal with here as well. First, there is no way of knowing which level will provide resistance. The 0.500 level was a good level to cover any long trades in the above example since the market retraced back to its original level, but if you didn’t get back in the trade, you would have left a lot of profits on the table.

Another problem is determining which Swing Low to start from in creating the Fibonacci Extension Levels. One way is from the last Swing Low as we did in the examples; another is from the lowest Swing Low of the past 30 bars. Again, the point is that there is no one right way to do it, and consequently it becomes a guessing game.

Alright, let’s see how Fibonacci extension levels can be used during a downtrend. In a downtrend, the general idea is to take profits on a short trade at a Fibonacci price extension level since the market often finds at least temporary support at these levels.

On this 1-hour EUR/USD chart, we plotted the Fibonacci extension levels by clicking on the Swing High at 1.21377 on 07/15/05 and dragged the cursor to the Swing Low at 1.2021 on 08/15/15 and then down to the retracement High of 1.2085. The following Fibonacci extension levels created are 1.2041 (0.382), 1.2027 (0.500), 1.2013 (0.618), 1.1969 (1.000), 1.1925 (1.382), 1.1911 (1.500), and 1.1897 (1.618).

Now let’s look at what actually happened after the retracement Swing Low occurred.

• The market fell down almost to the 0.382 level which for right now is acting as a support level
• The market then traded sideways between the retracement Swing High level and 0.382 level
• Finally, the market broke through the 0.382 and rested on the 0.500 level
• Then it broke the 0.500 level and fell all the way down to the 1.000 level

Alone, Fibonacci levels will not make you rich. However, Fibonacci levels are definitely useful as part of an effective trading method that includes other analysis and techniques. You see, the key to an effective trading system is to integrate a few indicators (not too many) that are applied in a way that is not obvious to most observers.

All successful traders know it’s how you use and integrate the indicators (including Fibonacci) that makes the difference. The lesson learned here is that Fibonacci Levels can be a useful tool, but never enter or exit a trade based on Fibonacci Levels alone..

Trend Lines

Trend lines are probably the most common form of technical analysis used today. They are probably one of the most underutilized as well.

If drawn correctly, they can be as accurate as any other method. Unfortunately, most traders don't draw them correctly or they try to make the line fit the market instead of the other way around.

In their most basic form, an uptrend line is drawn along the bottom of easily identifiable support areas (valleys). In a downtrend, the trend line is drawn along the top of easily identifiable resistance areas (peaks).

Channels

If we take this trend line theory one step further and draw a parallel line at the same angle of the uptrend or downtrend, we will have created a channel.

To create an up (ascending) channel, simply draw a parallel line at the same angle as an uptrend line and then move that line to position where it touches the most recent peak. This should be done at the same time you create the trend line.

To create a down (descending) channel, simple draw a parallel line at the same angle as the downtrend line and then move that line to a position where it touches the most recent valley. This should be done at the same time you created the trend line.

When prices hit the bottom trend line this may be used as a buying area. When prices hit the upper trend line this may be used as a selling area.

Support and Resistance

Support and resistance is one of the most widely used concepts in trading. Strangely enough, everyone seems to have their own idea on how you should measure support and resistance.

Let’s just take a look at the basics first.

Look at the diagram above. As you can see, this zigzag pattern is making its way up (bull market). When the market moves up and then pulls back, the highest point reached before it pulled back is now resistance.

As the market continues up again, the lowest point reached before it started back is now support. In this way resistance and support are continually formed as the market oscillates over time. The reverse of course is true of the downtrend.

Plotting Support and Resistance

One thing to remember is that support and resistance levels are not exact numbers. Often times you will see a support or resistance level that appears broken, but soon after find out that the market was just testing it. With candlestick charts, these "tests" of support and resistance are usually represented by the candlestick shadows.

Notice how the shadows of the candles tested the 2500 resistance level. At those times it seemed like the market was "breaking" resistance. However, in hindsight we can see that the market was merely testing that level.

So how do we truly know if support or resistance is broken?

There is no definite answer to this question. Some argue that a support or resistance level is broken if the market can actually close past that level. However, you will find that this is not always the case. Let's take our same example from above and see what happened when the price actually closed past the 2500 resistance level.

In this case, the price had closed twice above the 2500 resistance level but both times ended up falling back down below it. If you had believed that these were real breakouts and bought this pair, you would've been seriously hurtin! Looking at the chart now, you can visually see and come to the conclusion that the resistance was not actually broken; and that it is still very much in tact and now even stronger.

So to help you filter out these false breakouts, you should think of support and resistance more of as "zones" rather than concrete numbers. One way to help you find these zones is to plot support and resistance on a line chart rather than a candlestick chart. The reason is that line charts only show you the closing price while candlesticks add the extreme highs and lows to the picture. These highs and lows can be misleading because often times they are just the "knee-jerk" reactions of the market. It's like when someone is doing something really strange, but when asked about it, they simply reply, "Sorry, it's just a reflex."

When plotting support and resistance, you don't want the reflexes of the market. You only want to plot its intentional movements.

Looking at the line chart, you want to plot your support and resistance lines around areas where you can see the price forming several peaks or valleys.

Other interesting tidbits about support and resistance:

1. When the market passes through resistance, that resistance now becomes support.
2. The more often price tests a level of resistance or support without breaking it the stronger the area of resistance or support is.