The 10 kg block A slides down the plane with a constant velocity when = 30°. Determine the equations of motion of block A during this state where N is the normal force and is the friction coefficient. B 01 O a. [Fx = 10 sin 30° - HKN = 0, [Fy= N - 10 cos 30º = 0 O b. [Fx = 10 sin 30° - MKN = 0, [Fy= N - 10 cos 30º = 10 (9.81) O c. [Fx = 10 sin 30° + MKN = 0, [Fy= N + 10 cos 30º = 10 (9.81) O d. [Fx = 10 sin 30° + N = 0, [Fy= N-10 cos 30º = 0
The 10 kg block A slides down the plane with a constant velocity when = 30°. Determine the equations of motion of block A during this state where N is the normal force and is the friction coefficient. B 01 O a. [Fx = 10 sin 30° - HKN = 0, [Fy= N - 10 cos 30º = 0 O b. [Fx = 10 sin 30° - MKN = 0, [Fy= N - 10 cos 30º = 10 (9.81) O c. [Fx = 10 sin 30° + MKN = 0, [Fy= N + 10 cos 30º = 10 (9.81) O d. [Fx = 10 sin 30° + N = 0, [Fy= N-10 cos 30º = 0
Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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![The 10 kg block A slides down the plane with a constant velocity when = 30°. Determine the equations of
motion of block A during this state where N is the normal force and is the friction coefficient.
B
01
O a. [Fx = 10 sin 30° - HkN = 0, [Fy= N - 10 cos 30º = 0
O b. [Fx = 10 sin 30° - HkN= 0, [Fy= N - 10 cos 30º = 10 (9.81)
O c. EFx = 10 sin 30° + "kN = 0, IFy= N + 10 cos 30° = 10(9.81)
O d. [Fx = 10 sin 30° + µKN = 0, [Fy= N - 10 cos 30º = 0](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F00d4aea5-69f8-4e72-8887-0ac665f30bf8%2F085ab034-cea7-422c-9980-cee935297459%2Fvb0sqy.bmp&w=3840&q=75)
Transcribed Image Text:The 10 kg block A slides down the plane with a constant velocity when = 30°. Determine the equations of
motion of block A during this state where N is the normal force and is the friction coefficient.
B
01
O a. [Fx = 10 sin 30° - HkN = 0, [Fy= N - 10 cos 30º = 0
O b. [Fx = 10 sin 30° - HkN= 0, [Fy= N - 10 cos 30º = 10 (9.81)
O c. EFx = 10 sin 30° + "kN = 0, IFy= N + 10 cos 30° = 10(9.81)
O d. [Fx = 10 sin 30° + µKN = 0, [Fy= N - 10 cos 30º = 0
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