DIRECTIONS. These are the questions pertaining to movement of a person or a vehicle in a given direction. Using sense of direction, you are required to.

Slides:



Advertisements
Similar presentations
That was a long distance! I thought you’d been displaced!
Advertisements

Measuring Motion Chapter 10.1.
8.1 The Language of Motion Some common words used to describe motion include: Distance Time Speed Position How would you describe the motion of the soccer.
Speed, Velocity, and Acceleration
Bearings.
A two-rut road runs due north and south. A jackrabbit, heading in a roughly southeasterly direction, runs across the ruts in a straight path. The jackrabbit’s.
Unit 1 Day 1 – Displacement v. Distance Mr. Rana 9/6/12.
The Pythagorean Theorem
9.5 APPLICATION OF TRIG NAVIGATION.
Bell Activity 1.Convert 0.3 Megameters to meters. 2.Use significant digits for the following problems. a.) b.) 1.5 X X 10 4.
THIS MINI-LESSON WILL COVER: What is the difference between scalars and vector quantities? What is the difference between distance and displacement ?
Vectors. Distance versus Displacement A ferry boat captain and a truck driver are asked how far it is from Vectorville to Component Cove.
A 25kg block slides down a 20 degree ramp. What is the normal force? A N B. 230 N C. 245 N D N.
Chapter Four: Motion  4.1 Position, Speed and Velocity  4.2 Graphs of Motion  4.3 Acceleration.
Problem 1 A man was walking home from work and on his way home he traveled a distance of 25 km west, 12 km north, and then back 2 km east. What was his.
PYTHAGORAS Aim: To be able to know Pythagoras’ Theorem All: Will be able to recall theorem. Most: Will be able to use to find the length of hypotenuse.
September 4, 2014 I will be expected to know the difference between vector and scalar values and what types of quantities are vectors and scalars.
Motion basics Chapter 1 Mr. Whitney. Sign Convention & Direction Motion has a 1) Direction 2) Magnitude - How much motion has or is occurring Positive:
Scalars & Vectors. Scalars: Measurements that have no direction The quantity is called magnitude Ex: Distance: d, time: t, mass: m Vectors: Measurements.
Motion. Objectives Define motion. Calculate the speed of a moving object. Distinguish between velocity and acceleration.
Velocity and Speed. Mechanics Branch of physics that studies motion Two parts Kinematics – describes motion Dynamics – tells why motion occurs.
What is the most basic way to describe an object’s motion? Position A description of an object’s location.
How Can We Describe Motion of an Object?. Scalar vs Vector Quantities Scalar – described by a magnitude (number value) alone –Example: 5m, 13 miles,
Introduction to One- Dimensional Motion. Quantities associated with motion Scalar Quantities do not have direction. Scalar quantities only have magnitude.
Vectors: Displacement and Velocity. Vectors Examples of vectors: displacement velocity acceleration.
Displacement vs. Distance. Distance Distance (d) – how far an object travels. Distance (d) – how far an object travels. Does not depend on direction.
Start on Europe. Walk to Africa. What direction did you walk? Start on Antarctica. Walk to Australia. What direction did you walk? Start on Asia. Walk.
Distance & Displacement. Distance Distance (d) – how far an object travels Does not depend on direction Imagine an ant crawling along a ruler What distance.
Displacement, Time, and Velocity
Motion Graphs Position vs. time. Vocabulary Position Where you are relative to the origin (reference point/observer) Distance The total length of how.
Sketching Motion Graphs Interpreting Motion Graphs Constant Velocity Acceleration Distance/
Material Taken From: Mathematics for the international student Mathematical Studies SL Mal Coad, Glen Whiffen, John Owen, Robert Haese, Sandra Haese and.
If two collinear vectors A and B are added, the resultant has a magnitude equal to 1.0. If B is subtracted from A, the resultant has a magnitude equal.
Chapter 11 Motion.
8.1 The Language of Motion Some common words used to describe motion include: Some common words used to describe motion include: –Distance –Time –Speed.
Ch. 11 Sec. 1 Distance & Displacement. Frame of Reference Describing motion accurately requires a Frame of Reference Describing motion accurately requires.
Warm up Problems If y = 5x 4, find.. Related Rates Def. A rate is the change of a quantity with respect to time.
Speed vs Velocity. Learning Target I can explain the difference between speed and velocity. I can explain the difference between speed and velocity.
Introduction to One-Dimensional Motion
Distance & Displacement. Distance is a Scalar A measure of the length of a path an object takes in moving from one position to another is called distance.
Jeopardy Motion GraphsSpeed & Velocity Forces Random Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy.
Horizontal line line of sight. A fire 20km from a man has a bearing of 60 degrees west of north, how far is the fire north of a man, and how far.
Distance vs. Displacement Unit 5– Lecture 1. Distance Distance – the length traveled by an object Practice – What is the distance? ▫Pattie walks 4 km.
Speed, Velocity, Acceleration Test #2 How much distance have you run at 18 m/s for 10 seconds? Distance = Speed x Time 18 m/s x 10 s. = 180 m.
Unit B 1.2 Velocity. Velocity Describes both the rate of motion and the direction of an object You can determine the speed of a car by looking at the.
Chapter 11 - Motion. Physics – The science that studies the relationship between matter and energy. 5 major areas of study in Physics: Mechanics Electricity.
Direction Sense.
Do Now Read and annotate the reading passage. Answer the questions on the back.
Chapter Four: Motion 4.1 Position, Speed and Velocity
MOTION.
1) You run from your house to a friend's house that is 3 miles away
7. Position & Motion.
Direction Sense.
Calculating Velocity Honors Physics.
Unit 2 Force & Motion Ch. 5 Sec. 1 Speed & Velocity.
Distance & Displacement
Direction Sense
Missouri Veterans Home
Forces and Motion Physics Unit.
Missouri Veterans Home
Prof. Arjun B. Bhagwat S. M. Joshi College, Hadapsar, Pune-28
Place your puzzle and free fall practice problems on your desk #
Chapter Four: Motion 4.1 Position, Speed and Velocity
Vector Example Problems
Scalars/Vectors and Distance/Displacement
East West Move to Table 2 N/S
1 2 Table No Table No 5 Table 5 Table ¾ Howell Movement
That is constant motion to you and me.
Directions.
Presentation transcript:

DIRECTIONS

These are the questions pertaining to movement of a person or a vehicle in a given direction. Using sense of direction, you are required to determine the location of the person or vehicle, after the person or vehicle has covered a distance taking turns towards right to left.

Illustrations 1.A man starts from a point and moves 3 kms north,then turns to west and goes 2 km. He turns north and walks 1 km and then moves 5 km towards east. How far is he from the starting point? Sol : 5 km

2. Sham travels 7km north then turns right and walks 3 km. He again turns to his righthand side and moves 7km forward.How many km is sham away from the place of his starting point? Sol: 3 km A

3. A vehicle starts from point A and runs 10 km towards north, turns to its right and runs 15 km. It then turns to its right againn and runs another 10 km to reach point B.After reaching point B, how far is the vehicle from the starting point A?After taking the second turn, in which direction will the vehicle be moving? Sol: 15km South

If you plot the movement of the vehicle as described in the question, the following picture emerges and the answer follows: EW N S 15 10