tabClipboard13. Which car will go farther: A, B, or C? Explain the reason for this result.1226 wordsE- Initial height:- Launch angle:-Initial speed:Text Predictions: OnType here to searchZSFont0 m75 degrees18 m/s75- Projectile:Mass:Diameter:- Air Resistance:Accessibility: InvestigateXEO ECCar2000 kg2.0 mNoneParagraph6B7T8N19StylesKMO es lockClipboard1226 words#1410 m²B.0 m²Text Predictions: OnType here to searchANSC. They will go the same distance.SFont75X- Projectile:- Mass:- Diameter:- Air Resistance:- Projectile:- Mass:- Diameter:- Air Resistance:Accessibility: InvestigateCORCar2000 kg2.0 mNoneTank shell42 kg0.15 mNoneVParagraphB*H8N9KMStyleU

Given data: The projectile motion of the cars Initial height (h) = 0 m Launch angle (θ) = 75°…

5. Which car will go farther: A, B, or C? Explain the reason for this result. 0 m -Initial height: -Launch angle: -Initial speed: 75 degrees 18 m/s 6 words A. 10 m DQ Text Predictions: On 75 - Projectile: - Mass: - Diameter: - Air Resistance: Accessibility: Investigate Car 2000 kg 2.0 m None

5. Which car will go farther: A, B, or C? Explain the reason for this result. 0 m -Initial height: -Launch angle: -Initial speed: 75 degrees 18 m/s 6 words A. 10 m DQ Text Predictions: On 75 - Projectile: - Mass: - Diameter: - Air Resistance: Accessibility: Investigate Car 2000 kg 2.0 m None

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter7: Gravitation

Section: Chapter Questions

Problem 102A

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Concept explainers

Centripetal Force

A particle, body, object or certain mass while travelling in a rotational path or semicircular path, experiences an inertia force. If that inertia force pulls the towards the inward of the imaginary circle in the rotation, it is termed as centripetal force.

Question

tab
Clipboard
13. Which car will go farther: A, B, or C? Explain the reason for this result.
1226 words
E
- Initial height:
- Launch angle:
-Initial speed:
Text Predictions: On
Type here to search
Z
S
Font
0 m
75 degrees
18 m/s
75
- Projectile:
Mass:
Diameter:
- Air Resistance:
Accessibility: Investigate
X
E
O E
C
Car
2000 kg
2.0 m
None
Paragraph
6
B
7
T
8
N
1
9
Styles
K
M
O

es lock
Clipboard
1226 words
#
14
10 m²
B.
0 m²
Text Predictions: On
Type here to search
A
N
S
C. They will go the same distance.
S
Font
75
X
- Projectile:
- Mass:
- Diameter:
- Air Resistance:
- Projectile:
- Mass:
- Diameter:
- Air Resistance:
Accessibility: Investigate
C
O
R
Car
2000 kg
2.0 m
None
Tank shell
42 kg
0.15 m
None
V
Paragraph
B
*
H
8
N
9
K
M
Style
U

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