Physics 2D Motion worksheet Selected question answers.

Slides:



Advertisements
Similar presentations
Acceleration Review.
Advertisements

To review for tomorrow’s quiz, play this review game. Use your checklist as you play! Ch.1-1 Motion.
Speed vs. Velocity.
2D Relative Motion Problem #1
Vectors (10) Modelling.
Selected Problems from Chapter o.
Measuring Motion Chapter 1 Section 1.
RELATIVE VELOCITY IN 2D. WARM UP A boat travels at a constant speed of 3 m/s on a river. The river’s current has a velocity of 2 m/s east. 1.If the boat.
Chapter 2: Motion in One Dimension
Chapter 4 MOTION.
Speed ( ) is the distance an object travels divided by the time to travel that distance. In other words –Speed is a scalar quantity (no direction). These.
Two-Dimensional Motion and VectorsSection 1 Preview Section 1 Introduction to VectorsIntroduction to Vectors Section 2 Vector OperationsVector Operations.
Motion in One Dimension Kinematics. Distance vs. Displacement Distance – how far you’ve traveled Scalar quantity - 20 m Displacement – shortest distance.
Motion in One DimensionSection 1 Distance The actual path length traveled by an object in motion A scalar quantity Positive values only.
Chapter 2: One-Dimensional Kinematics Section 1: Displacement & Velocity.
Unit 1 Motion ProjectileMotion. Motion to Date  Uniform Motion  Accelerated Motion  Relative Motion.
Vector Addition Recall that for vectors in one dimension (parallel vectors), the vectors are added algebraically. Vectors in 2 dimensions are add geometrically.
Aim: How can we distinguish between a vector and scalar quantity? Do Now: What is the distance from A to B? Describe how a helicopter would know how to.
MOTION IN ONE-DIRECTION: DISPLACEMENT, VELOCITY, & ACCELERATION PHYSICS.
Chapter 1, Section 1 Measuring Motion. When an object changes position over time, the object is in motion..
Chapter Four: Motion  4.1 Position, Speed and Velocity  4.2 Graphs of Motion  4.3 Acceleration.
Relative Motion Frames of Reference Object or point from which motion is determined Object or point from which motion is determined Most common is the.
LEQ: How can I determine watershed patterns and their divides on a map? Lesson Key terms: watershed, drainage basin, tributary, dendritic, elevation,
HP UNIT 3 Motion in 2D & Vectors. Consider the following 3 displacement vectors: To add them, place them head to tail where order doesn’t matter d1d1.
Quiz Next Week Monday & Tuesday  The name of the COSMOS episode is the 3 rd in the series “When Knowledge Conquered Fear” com/watch?v=YHLV_Z.
Vectors: Displacement and Velocity. Vectors Examples of vectors: displacement velocity acceleration.
Chapter Relative Motion. Objectives Describe situations in terms of frame of reference. Solve problems involving relative velocity.
Uniform motion, slope and speed
Chapter 3 Motion (Ewen et al. 2005) Objectives: Distinguish between speed and velocity Use vectors to illustrate and solve velocity problems.
Speed ( ) is the distance an object travels divided by the time to travel that distance. In other words –Speed is a scalar quantity (no direction). These.
Motion Graphs Position vs. time. Vocabulary Position Where you are relative to the origin (reference point/observer) Distance The total length of how.
Motion, Speed & Velocity Mr. Hollander’s Science Class.
The Language of Motion. Vectors versus Scalars Scalars: Include magnitude but not direction – Eg. 100km/h (which way?) Vectors:
S8P3. Students will investigate relationship between force, mass and the motion of objects.
Speed: the distance an object travels per unit of time Speed = distance / time Average speed = total distance / total time Solve: A whitetail deer runs.
Motion in One DimensionSection 1 Preview Section 1 Displacement and VelocityDisplacement and Velocity Section 2 AccelerationAcceleration Section 3 Falling.
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.
Matter in Motion Motion may be described, measured and predicted.
Kinematics in Two Dimensions
Motion, Speed, & Velocity. Motion Motion is a change in position (relative to a reference point) *reference point- stationary (still) object.
(c) McGraw Hill Ryerson Average Velocity Pages 362 – 375 Words to Know:  average velocity  Speed  Velocity.
Distance vs. Displacement Unit 5– Lecture 1. Distance Distance – the length traveled by an object Practice – What is the distance? ▫Pattie walks 4 km.
DISTANCE VS DISPLACEMENT SPEED VS VELOCITY. DISTANCE – scalar quantity DISPLACEMENT – vector quantity A car travels 50 km to the East and then 20 km to.
VECTORS. BIG IDEA: Horizontal and vertical motions of an object are independent of one another.
Physics Section 3.2 Resolve vectors into their components When a person walks up the side of a pyramid, the motion is in both the horizontal and vertical.
CONTENTS  Scalars and Vectors.  Bearings & Compass headings.  Drawing Vectors.  Vector addition & subtraction.  Relative velocity.  Change in.
Physics Section 3.2 Resolve vectors into their components When a person walks up the side of a pyramid, the motion is in both the horizontal and vertical.
Acceleration Practice, Practice, Practice Practice: Acceleration Problems Finish My Acceleration Homework: – Study for quiz.
Velocity: Speed in a given direction Ex. 250 km/h North Speed = 250km/h Direction = North.
Chapter 1: Matter in Motion  Motion= a change in position over time  Reference point= an object that stays in place and shows us that something is moving.
Boat Problems.
Physical Features North Africa GOVERNMENT RELIGION RESOURCES
Motion Position, Speed and Velocity Graphs of Motion Acceleration.
Vectors and Projectiles
SKILL- Direction North West East South North- West North- East
332 UNIT 3 Motion in 2D & Vectors.
Chapter 2 : Kinematics in Two Directions
Chapter Four: Motion 4.1 Position, Speed and Velocity
MOTION.
a is always perpendicular to vx a is always perpendicular to vy
3.3 Optimization Problems Day 1
Chapter 2 – Mapping Our World
Matter in Motion.
Place your puzzle and free fall practice problems on your desk #
Chapter Four: Motion 4.1 Position, Speed and Velocity
Vector Example Problems
Vector Worksheet 2 Answers 1. Determine the resultant of:
Speed and Velocity 11.2.
Intro to Motion Standards 1.1, 1.2.
Motion.
Presentation transcript:

Physics 2D Motion worksheet Selected question answers

Worksheet #1 1) x= 159 m; v = 20m/s 3) 7 jumps; 36° west of north 5) 65 below the water surface; 533 m 7) 3.55 km; 55.7° north of east

Worksheet #2 1) 32° north of west, 140 cm 3) 53.7° on either side of the negative x-axis, ± 8.3 m 5) v x = 335 km/h; v y = 89.8 km/h 7) v avg = 805 km/h; v x = 730 km/h east; v y = 340 km/h south

Worksheet #3 1) m ; 30° north of east 3) 104 m; 147 m; 78 s 5) 221 km; 11.2° north of east

Worksheet #4 1) The river is 5.98 m wide 3) The cliff is 170 m high 5) 39 m 7) 9.8 m/s

Worksheet #5 1) vi = 45.8 m/s 3) vi = 16.6 m/s 5) y = 4.07 m/s 7) The fence is 2.44m; x = 6.73 m

Worksheet #6 1) 132 km/h; 72.4 north of east 3) 570 m; 18 east of north 5) 2 km 7)

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.