© 2004 by Rettmer Trading Trust Some Aspects of the MACD Indicator Udo Stegen © 2004 by Rettmer Trading Trust.

Slides:



Advertisements
Similar presentations
© 2004 by Rettmer Trading Trust Trinity - An Approach to Trading Shares Udo Stegen © 2004 by Rettmer Trading Trust.
Advertisements

Some Aspects of the MACD Indicator
Below is a graph of a balls motion
One Dimensional Motion
Chapter 2 Examples.
Accelerated Motion Chapter 3.
P4 – Explaining Motion. Average Speed Average Speed = Total Distance/Total Time.
Explaining Motion Revision. Forces Forces arise from an interaction between 2 objects. Forces arise from an interaction between 2 objects. In an interaction.
3-instvelacc Review Three cars are starting on a 30-mile trip. They start at the same time, and arrive ½ hour later. Slow start, then becoming faster Fast.
Forces and Motion Demonstrate and calculate how unbalanced forces change the speed or direction of an objects motion.
Forces & Motion Unit Vocabulary
Position, Velocity and Acceleration
Technical Analysis EXTRA. Support & Resistance support is the price level through which a stock or market seldom falls Resistance, on the other hand,
Technical Analysis Momentum, MACD indicator and Trend lines. Disclosure: For informational purposes only.
Linear Motion Chapters 2 and 3.
© 2004 by Rettmer Trading Trust Trinity - An Approach to Trading Shares Udo Stegen © 2004 by Rettmer Trading Trust.
BY EVAN FRISCIA AND PARTH THAKKAR Introduction to Technical Analysis.
3.4 Velocity and Other Rates of Change
Kinematics Review Turning point “Area law”: finding position from velocity.
D. Roberts PHYS 121 University of Maryland Physics 121: Fundamentals of Physics I September 13, 2006.
Lessons 7 and 9 Notes “Rolling Along” and “The Fan Car”
The Ten Lows of Technical Trading The Ten Lows of Technical Trading J.J. Murphy StockCharts.com - ChartSchool.
OSCILLATORS. Oscillators can be defined as a price derivative Oscillators experience oscillations that permits to identify the volatility in the market.
Motion Graphing Position vs. Time Graphs
Physics Montwood High School R. Casao
Ch 2 Velocity ~Motion in One Dimension~. Scalar versus Vector Scalar – quantity that only has magnitude Vector – quantity that has magnitude and direction.
Velocity Time Graph.
Motion And Forces SC & SC May the force be with you!
Forces & Motion. Describe Speed A way to describe motion –Average speed - Rate of motion calculated by dividing the distance traveled by the amount of.
Forces & Motion Review. Describe Acceleration A change in velocity – which may be: –A change in speed Starting Stopping Speeding up Slowing down –A change.
Warmup: YES calculator 1) 2). Warmup Find k such that the line is tangent to the graph of the function.
Describe Speed A way to describe motion –Average speed - Rate of motion calculated by dividing the distance traveled by the amount of time it takes to.
Kinematics in One Dimension. Mechanics Kinematics (Chapter 2 and 3) The movement of an object itself Concepts needed to describe motion without reference.
Motion in One Dimension
Physics The study of physical forces and qualities: the scientific study of matter, energy, force, and motion, and the way they relate to each other The.
Honors Physics Chapter 3
Ch 2 Velocity ~Motion in One Dimension~. Scalar versus Vector Scalar – quantity that only has magnitude –In the previous slide, which is the scalar? Vector.
Chapter 3 Acceleration Lecture 1
Changing Motion. Constant Acceleration Pre Lab What relationship is being researched? What are the constraints?
Forces & Motion Tutorial. Prerequisites for this tutorial Knowledge of: Motion Speed Displacement Velocity.
Forces & Motion Tutorial. Gravity An attraction between any two objects –All objects that have mass have gravity –Check out the website below: –
Acceleration Physics 11.
SECT. 3-A POSITION, VELOCITY, AND ACCELERATION. Position function - gives the location of an object at time t, usually s(t), x(t) or y(t) Velocity - The.
Unit Review FORCE & MOTION. 1. EXPLAIN HOW A PARACHUTE SLOWS THE RATE OF A SKYDIVERS FALL. The use of friction of air being caught by the chute…called.
© 2004 by Rettmer Trading Trust Trinity - An Approach to Trading Shares Udo Stegen © 2004 by Rettmer Trading Trust.
Diagrams and Motion Graphs.  The slope is equal to the acceleration.  Because we only consider constant acceleration, v/t graphs will always be straight.
Picturing Motion: Dot Diagrams If you related the position of the runner to the background in each frame taken in 1 second intervals, you would conclude.
Thursday, April 9, 2015 Do Now: Greg is interested in building a rocket that will fly vertically the greatest distance. After research, he determines that.
Demonstration Design Light Sensor Truck Light As the truck passes the light, the light sensor turns off the power to the truck, ensuring that the truck.
Acceleration When an object is changing its velocity, we say that the object has acceleration Acceleration is how fast velocity is changing To accelerate,
Ch 2 Velocity ~Motion in One Dimension~. Scalar versus Vector Scalar – quantity that only has magnitude Vector – quantity that has magnitude and direction.
Acceleration. The rate of change in velocity Acceleration The rate of change in velocity Examples…. –Speeding up Positive acceleration –Slowing down.
Physics the study of the relationship between matter and energy
Let’s do a quick recap of what we know at this point
Do now! Can you continue the questions you started last lesson? (Page 27 questions 6, 7 & 8. Page 29 questions 1 & 2) Bunny suicide #1.
Forces and Motion Unit Test Study Guide
Force and Motion Acceleration Change in speed and/or direction of an object’s motion.
Motion Graphs Position vs. time. Vocabulary Position Where you are relative to the origin (reference point/observer) Distance The total length of how.
The Man’s Jeopardy Learning Objectives (Big Ideas) 1.Analyze an object’s motion and be able to determine distance, instant & average speed, or acceleration.
Study Guide Answer Key 1.Instantaneous speed – speed at any given time (cop radar) Constant speed – speed stays the same the entire time (car on cruise.
Acceleration Science Nayab N 8G. Acceleration and Motion Acceleration equals the change in velocity divided by the time for the change to take place;
Guided Discussion Student notes are shown in blue.
TAG Villanova Technical Analysis Group. VOLUME Understanding Volume  Volume is the number of shares or contracts over a given period of time, that is.
Motion Graph Shapes.
Objective SWBAT use velocity-time graphs to determine an object’s acceleration.
Regents Physics Mr. Rockensies
Graphs of Motion SPH3U Exam Review.
Chapter 7 Motion & Forces.
Basics of graphing motion And studying their slopes S.Caesar
Presentation transcript:

© 2004 by Rettmer Trading Trust Some Aspects of the MACD Indicator Udo Stegen © 2004 by Rettmer Trading Trust

MACD Aspects u Moving u Average (always Exponential MA) u Convergence and u Divergence MACD measures the distance between two EMAs and graphs their relationship, as the two lines move closer together (“converge”) and further apart (“diverge”).

© 2004 by Rettmer Trading Trust MACD Components

© 2004 by Rettmer Trading Trust MACD Delta: Visual Proof

© 2004 by Rettmer Trading Trust MACD: Interpretation (a) Mathematical Any Mathematicians here? Any Physicists?

© 2004 by Rettmer Trading Trust MACD: Interpretation (a) Mathematical dP/dt = v first derivative of travelled distance over time is velocity dv/dt = a first derivative of velocity is acceleration

© 2004 by Rettmer Trading Trust MACD: Interpretation (b) Road-wise Read red “Delta” line as “Speed”

© 2004 by Rettmer Trading Trust MACD: Interpretation (b) Road-wise Read red “Delta” line as “Speed” at which the Price changes faster or slower than average Positive : drive forward – price rises above average; Negative: slow down/ reverse – price falls below average

© 2004 by Rettmer Trading Trust MACD: Interpretation (b) Road-wise Read red “Delta” line as “Speed” at which the Price changes faster or slower than average Positive : drive forward – price rises above average; Negative: slow down/ reverse – price falls below average Yellow “Histogram” is “Acceleration”

© 2004 by Rettmer Trading Trust MACD: Interpretation (b) Road-wise Read red “Delta” line as “Speed” at which the Price changes faster or slower than average Positive : drive forward – price rises above average; Negative: slow down/ reverse – price falls below average Yellow “Histogram” is “Acceleration” at which the Speed changes faster or slower than average Positive : accelerate – increase the speed Negative: hit the brakes – slow down

© 2004 by Rettmer Trading Trust MACD: the Accelerator Q: What comes first: Acceleration or Speed? (Hint: Ignore friction; just roll along in Neutral.)

© 2004 by Rettmer Trading Trust MACD: the Accelerator Q: What comes first: Acceleration or Speed? A: Neutral means cruising at average speed. To change, someone must step on a pedal. ─► “Mr Market, the Chauffeur”

© 2004 by Rettmer Trading Trust MACD: Effects of “the Pedal”

© 2004 by Rettmer Trading Trust MACD: Divergence Conditions causing Divergence u Sustained Trend u Purposeful and Effective Use of Pedals u Sufficient to reverse effects of Inertia

© 2004 by Rettmer Trading Trust MACD: Signs of Success u “Action equals Reaction” To neutralise the effects of acceleration over time, we must apply the same amount of braking power over time. u “… and then some more” To reverse the trend, we must then apply more power in the new (opposite) direction.

© 2004 by Rettmer Trading Trust MACD: Signs of Success u Speed crossing zero, momentum used up u To start new trend, apply more power u How much?

© 2004 by Rettmer Trading Trust MACD: Enter Long – How long? u Momentum used up, Will it turn? u After enough initial Push, we’re cruising.

© 2004 by Rettmer Trading Trust MACD: Example HVN

© 2004 by Rettmer Trading Trust MACD: Divergence u Divergence lines follow Trendline Rules – Falling = Resistance – Rising = Support – Comparable Turning Points Start: Determine a new trend in MACD (Delta or Histogram). If corresponding Price trend “diverges”, we have Divergence.

© 2004 by Rettmer Trading Trust MACD: Entry Rules u Establish Divergence Interval u Longest Histogram Bar sets Trigger (Draw auto-extending Horizontal trendline) u Enter on break of Trigger line – OR - u Wait for Delta Line to cross Zero (depending on duration of prior trend)

© 2004 by Rettmer Trading Trust MACD: Exit Rules u Days 1 to 4 after entry: Be aware of potential “false break”. u Stop-loss quickly u While Speed stays on side of trade: Stay u When Speed crosses Zero: Exit u Or apply any Exit Rule from your Plan.

© 2004 by Rettmer Trading Trust MACD: Example BSL

© 2004 by Rettmer Trading Trust MACD: Rules Modified u Divergence lines follow Trendline Rules u Longest Histogram Bar sets Trigger u Invalidated when – Delta line crosses trendline extension – Price line ceases to diverge …but… Do Not Ignore the Volume!

© 2004 by Rettmer Trading Trust MACD: The Missing Link

© 2004 by Rettmer Trading Trust Questions ???