and F₂. If A box of mass M = 100 Kg is moving at a constant speed in the x direction. The box is subjected to two constant forces F₁ F₁|= 20 N, F₂| = 20 N, a = 35° and ß = 55° F₁ F2 1) 2) ( 3) (5 ac =< M B > N ) F₂ = < =< The gravitational force exerted on the mass is Fa >N >N
and F₂. If A box of mass M = 100 Kg is moving at a constant speed in the x direction. The box is subjected to two constant forces F₁ F₁|= 20 N, F₂| = 20 N, a = 35° and ß = 55° F₁ F2 1) 2) ( 3) (5 ac =< M B > N ) F₂ = < =< The gravitational force exerted on the mass is Fa >N >N
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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![A box of mass M = 100 Kg is moving at a constant speed in the x direction. The box is subjected to two constant forces F₁ and F₂. If
|F1-20 N, F₂ = 20 N, a = 35° and B = 55°.
F₁
B
F₂
as page
1)
2) (
α (
3) (5
4) (
5) (2.5 p
6) 25
M
>N
F₂ = <
The gravitational force exerted on the mass is F₁ = <
The normal force FN = K
If the magnitude of F₁ increases, the magnitude of the normal force
nts) If the x-component of F₂ increases, the gravitational force
Class PHYS 172- FI/F2 Dr Ahmad
Moghrabi 20/07/2022 75 00- 6:00 pm)
> N
Jump to
> N
> N
+
+
Next page
C
Fir](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F30b15708-04fb-4bf2-baa4-96db3cc0c72d%2F6d105c1f-e033-47d7-be79-9f60769c0156%2F70keeob_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A box of mass M = 100 Kg is moving at a constant speed in the x direction. The box is subjected to two constant forces F₁ and F₂. If
|F1-20 N, F₂ = 20 N, a = 35° and B = 55°.
F₁
B
F₂
as page
1)
2) (
α (
3) (5
4) (
5) (2.5 p
6) 25
M
>N
F₂ = <
The gravitational force exerted on the mass is F₁ = <
The normal force FN = K
If the magnitude of F₁ increases, the magnitude of the normal force
nts) If the x-component of F₂ increases, the gravitational force
Class PHYS 172- FI/F2 Dr Ahmad
Moghrabi 20/07/2022 75 00- 6:00 pm)
> N
Jump to
> N
> N
+
+
Next page
C
Fir
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