COLUMN A COLUMN B 1. This equation shows that the total displacement traveled by an object in each amount of time is equal to its velocity. A 9.800 B. V. 2. A formula showing that acceleration is the rate of change in velocity. C. 9.814 3. An object freely falling due to gravitational pull of the earth. D. 4.900 4. A condition at which the acceleration of a moving object is equal to zero. E. 0 F. Constant Acceleration 5. This line graph shows acceleration. G. 6. This line graph describes velocity. 7. This is the magnitude of the acceleration of the object thrown upward at its peak in m/s?. v= d1+ d2 8. This is the value of the velocity of the object thrown upward at its peak in m/s. Н. 9. This is the velocity in m/s of stone in free fall at time = 0.5000 second. I. Constant Velocity J. a= Vf-Vi 10. This is the acceleration in m/s2 of an object that have changed its velocity from 10.0m/s to 20.0m/s in 1.019 s.

University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter1: Units And Measurement
Section: Chapter Questions
Problem 32P: A car is traveling at a speed of 33 m/s. (a) What is its speed in kilometers per hour? (b) Is it...
icon
Related questions
Question
100%

Hi, please help me answer all the questions. i would really appreciate the help. thank you!

Y See What You Know 1.3: Kinematics - Motion in a Straight Line
Matching Type: Match terms in column A to the description in column B. Write the letter of you
answer on the answer sheet. Use capitał letters only.
COLUMN A
COLUMN B
1. This equation shows that the total
displacement traveled by an object in each
amount of time is equal to its velocity.
A 9.800
B.
2. A formula showing that acceleration is the
rate of change in velocity.
C. 9.814
3. An object freely falling due to gravitational
pull of the earth.
D. 4.900
E. O
4. A condition at which the acceleration of a
moving object is equal to zero.
F. Constant Acceleration
5. This line graph shows acceleration.
G.
a
6. This line graph describes velocity.
7. This is the magnitude of the acceleration of
the object thrown upward at its peak in m/s2.
v = di + dz
8. This is the value of the velocity of the object
thrown upward at its peak in m/s.
Н.
9. This is the velocity in m/s of stone in free
I. Constant Velocity
fall at time = 0.5000 second.
J. a = Vr-Vi
10. This is the acceleration in m/s2 of an
object that have changed its velocity from
10.0m/s to 20.0m/s in 1.019 s.
Transcribed Image Text:Y See What You Know 1.3: Kinematics - Motion in a Straight Line Matching Type: Match terms in column A to the description in column B. Write the letter of you answer on the answer sheet. Use capitał letters only. COLUMN A COLUMN B 1. This equation shows that the total displacement traveled by an object in each amount of time is equal to its velocity. A 9.800 B. 2. A formula showing that acceleration is the rate of change in velocity. C. 9.814 3. An object freely falling due to gravitational pull of the earth. D. 4.900 E. O 4. A condition at which the acceleration of a moving object is equal to zero. F. Constant Acceleration 5. This line graph shows acceleration. G. a 6. This line graph describes velocity. 7. This is the magnitude of the acceleration of the object thrown upward at its peak in m/s2. v = di + dz 8. This is the value of the velocity of the object thrown upward at its peak in m/s. Н. 9. This is the velocity in m/s of stone in free I. Constant Velocity fall at time = 0.5000 second. J. a = Vr-Vi 10. This is the acceleration in m/s2 of an object that have changed its velocity from 10.0m/s to 20.0m/s in 1.019 s.
Expert Solution
steps

Step by step

Solved in 2 steps

Blurred answer
Similar questions
  • SEE MORE QUESTIONS
Recommended textbooks for you
University Physics Volume 1
University Physics Volume 1
Physics
ISBN:
9781938168277
Author:
William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:
OpenStax - Rice University