Projectile Motion Worksheet. 1. A ball rolls with a speed of 2.0 m/s across a level
table that is 1.0 m above the floor. Upon reaching the edge of the table, ...
Answer the following questions on a separate piece of paper and SHOW ALL
WORK. 1. Florence Griffith-Joyner of the United States set the women's world ...
Doing Projectiles with Projectile Motion Internet Simulation Software (type 1, 2, ...
we get some correct answers. .... (Answers to complete worksheet on flip side) ...
PHYSICS 12 PROJECTILE MOTION WORKSHEET 2. 1. A rock is thrown
horizontally from a cliff at 25 m/s. a) What will its horizontal and vertical velocities
be ...
Read from Lesson 2 of the Vectors and Motion in Two-Dimensions chapter at The
... When using the equations to analyze projectile motion, one assumes .... angles
in question #25, determine the peak heights. PSYW and label your answers.
When I was in my hometown, I would work out at a gym three times a week. 11
write down (T). I've finally found her address. Do you want to write it down?
NOTE: Problems that require TIME to be solved cannot be solved with Energy; instead we use . Ki + Ui + WNC = Kf + Uf. WN
Place appropriate S.I. units on all givens and answers. 4 ... Calculate the time to
any given height in a projectile's motion. ... Another fine worksheet by T. Wayne.
Activity E: Range Predictor ... Diagram C shows the horizontal component of the
motion. ... acceleration description of this projectile motion to reconstruct its ..... to
shoot further (with this aim) on the Moon? Give a clear reason for your answe
Name. Period. Date. Physics UNIT II: WORKSHEET 3. 1. x. (m. ) t (s). 0. 5. 25 a.
Describe in words the motion of the object from 0 - 6.0 s. b. Construct a qualitative
...
7 Sep 2009 ... Advanced physics, unit 4, vectors and trig review, worksheet packet p. 1 .... 9/7/
2009. Worksheet 4 (continued). Problem 3. We have two force ...
Physics 30 Ch 12.1 – Magnetism Worksheet. Name: ……………………. 1. For all
magnetic substances, the direction of their magnetic fields is defined as the ...
Conceptual Physics Worksheet 03a: Motion & The Moving Man. Directions: Use
the “Moving Man” PhET model to assist you in answering the questions below.
PROJECTILE MOTION: INTRO & SYMMETRIC LAUNCH. â Projectile Motion occurs when an object is launched and moves freel
Include: horizontal and vertical components of motion of the curved path of a
projectile (without air resistance) ... Topic 1: Mechanics • SENIOR 4 PHYSICS ...
resolve in a group and then present the solution to the rest of the class. .... Page 9
Projectile Motion Concepts with Diagrams. 1. An object is thrown into the air
going 80 mfs at an angle of 60°. How high does it go? A. Realizing that in the ...
2 Advancing Physics retarding force due to gravity drag. Calculated steps.
Question 20S: Short Answer. 1. WILTSHIRE check point. 10 km a. 2.
Bryce DeWitt. His research interests include theoretical and interdisciplinary physics as well as physics education. C C Lim taught physics in high school in.
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Chapter 5 Project ▻Projectile Motion. In this project, you will use parametric
equations to model the path of a projectile. Parametric equations use a third ...
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Page 1. Projectile Motion: Resistance Is Fertile. William W. Hackborn. 1. ... This paper deals with the motion of a projectile in a uniform, downward gravita-.
If you compare three different cylinders, how can you tell which one will have the
greatest volume? Students work in individually or in pairs. • 3 sheets of paper ...
1. A beam of electrons is directed into the electric field between two oppositely
charged parallel plates, as shown in the diagram below. A) toward the top of the ...
Worksheet #9 - Projectile Motion II. 10 Points ... Answers: 1. a) vx = 16.2 m/sec vy
= 21.6 m/sec, b) 16.2 m/sec c) v = 23.9 m/sec (vx = 16.2 m/sec vy = -17.6 m/sec).
Physics 1C Worksheet #9 - Projectile Motion II 10 Points v x = v cos ✕
v y = v sin ✕
Name: _
x f = x o +v t
_
y f = y o +v t
v f = v o + at
y f = y o + v o t + 12 at 2
1. The flight of Emanuel Zacchini (human cannon ball) over three Ferris wheels is shown below. Each Ferris wheel is 18 m high. Zacchini is launched with an initial velocity of 27 m/sec at an angle of 53o from the horizontal. His initial height is 3 m above ground and he lands in a net 3 m above ground. See diagram. a) Find the initial vx and vy at launch.
b) Find the velocity of Emanuel at maximum height.
c) Find the velocity of the Emanuel at 4.0 seconds. Give v, vx and vy.
d) Find the total time Emanuel is in the air.
e) How far from the cannon should the center of the net be placed?
f) How far above the third Ferris wheel does Emanuel fly?
2 A ball leaves a cliff that is 30 m high (h) with a horizontal velocity. a) Find the time the ball is in the air. h
R b) The ball hits the ground 36 meters from the edge of the cliff (R). Find the initial horizontal velocity of the ball.
c) Find the horizontal velocity the ball must have to travel a range of 50 meters.
3. A golf ball is given an initial velocity of 100 m/sec at an angle of 22o with the horizontal. The golf ball lands on the roof of a building 50 m high (H). a) Compute the initial vx and vy
b) Find the minimum velocity of the golf ball. H
c) Find the maximum height of the golf ball.
d) Find the time the golf ball is in the air. Use y f = y o + v o t + 12 at 2 .
Answers: 1. a) vx = 16.2 m/sec vy = 21.6 m/sec, b) 16.2 m/sec c) v = 23.9 m/sec (vx = 16.2 m/sec vy = -17.6 m/sec) d) 4.4 sec 2. a) 2.47 sec b) 14.6 m/sec c) 20.2 m/sec 3. vx = 92.7 m/sec vy = 37.5 m/sec b) 92.7 m/sec
