2 LA SC Background Information, This question is on uniform circular Motion and the main idea is to learn what happens when a force is applied perpendicular to the direction of motion for an object. Possible Equations to use: ar 11 V √² 3/4 r EF=mar =mv = r V = distance Time 11 2 2tr If need be use these concepts: Kinematics • Free-body diagram Selef central angles a • EX 2013 Glass tube 70 reference Marker F L Question: around 0 You are in a car traveling at high speed going a curve that is turning to the right. Which way is the CD case on your dashboard likely to slide? ng You are in going around a car traveling at high speed curve that is turning to the right. If you were to hit a patch which direction is your car 1 of ice going to go? CCC 666
2 LA SC Background Information, This question is on uniform circular Motion and the main idea is to learn what happens when a force is applied perpendicular to the direction of motion for an object. Possible Equations to use: ar 11 V √² 3/4 r EF=mar =mv = r V = distance Time 11 2 2tr If need be use these concepts: Kinematics • Free-body diagram Selef central angles a • EX 2013 Glass tube 70 reference Marker F L Question: around 0 You are in a car traveling at high speed going a curve that is turning to the right. Which way is the CD case on your dashboard likely to slide? ng You are in going around a car traveling at high speed curve that is turning to the right. If you were to hit a patch which direction is your car 1 of ice going to go? CCC 666
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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![2
LA SC
Background Information,
This question is on uniform circular Motion
and the main idea is to learn what
happens when a force is applied perpendicular
to the direction of motion for an object.
Possible
Equations to use:
ar
11
V
√²
3/4
r
EF=mar
=mv
=
r
V = distance
Time
11
2
2tr
If need be
use these
concepts:
Kinematics
• Free-body
diagram Selef
central angles a
•
EX
2013
Glass
tube
70
reference
Marker F
L
Question:
around
0 You are in a car traveling
at high speed going
a curve that is turning to the
right. Which way is the CD case
on your dashboard likely to slide?
ng
You are in
going around
a
car traveling at high speed
curve that is turning
to the right. If you were to hit a patch
which direction is your car
1
of ice
going to go?
CCC
666](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff5c5b462-e5a2-4c1c-9c45-1707b5796920%2Fbe711b62-4dd7-4bcc-833d-c4243e6137a6%2Fhwxlnu5_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2
LA SC
Background Information,
This question is on uniform circular Motion
and the main idea is to learn what
happens when a force is applied perpendicular
to the direction of motion for an object.
Possible
Equations to use:
ar
11
V
√²
3/4
r
EF=mar
=mv
=
r
V = distance
Time
11
2
2tr
If need be
use these
concepts:
Kinematics
• Free-body
diagram Selef
central angles a
•
EX
2013
Glass
tube
70
reference
Marker F
L
Question:
around
0 You are in a car traveling
at high speed going
a curve that is turning to the
right. Which way is the CD case
on your dashboard likely to slide?
ng
You are in
going around
a
car traveling at high speed
curve that is turning
to the right. If you were to hit a patch
which direction is your car
1
of ice
going to go?
CCC
666
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