Angle Theta for Block 1 Sliding up an Incline

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In summary, angle theta would need to be between m1,m2, and g to result in block 1 sliding up the incline with a constant velocity.
  • #1
Thegiver431
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Homework Statement



What would angle theta have to be (in terms of m1,m2,theta,and g) for block 1 to slide up the incline with a constant velocity?https://fbcdn-sphotos-h-a.akamaihd.net/hphotos-ak-xpa1/v/t34.0-12/10822629_888792511161232_525549482_n.jpg?oh=d4562de825a1f9415f4e8af0492bf6c5&oe=548EDA23&__gda__=1418719036_0909ad5a8f6240bb4b7f7ad07f541e09
2. Relevant equation
Law of sines


The Attempt at a Solution


I did vector addition for mass 1, I then did law of sines to figure out theta, but I always have like 2 thetas so I need a little help on this ( This is my first year in AP physics so sorry if this seem like a stupid question). [/B]
 
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  • #2
The problem statement as pictured is incomplete. Please check your notes for missing details.
 
  • #3
Thegiver431 said:

Homework Statement



What would angle theta have to be (in terms of m1,m2,theta,and g) for block 1 to slide up the incline with a constant velocity?https://fbcdn-sphotos-h-a.akamaihd.net/hphotos-ak-xpa1/v/t34.0-12/10822629_888792511161232_525549482_n.jpg?oh=d4562de825a1f9415f4e8af0492bf6c5&oe=548EDA23&__gda__=1418719036_0909ad5a8f6240bb4b7f7ad07f541e09
2. Relevant equation
Law of sines


The Attempt at a Solution


I did vector addition for mass 1, I then did law of sines to figure out theta, but I always have like 2 thetas so I need a little help on this ( This is my first year in AP physics so sorry if this seem like a stupid question). [/B]
Are u sure questions complete ?otherwise we can't find theta in just m1,m2 and g alone. We need one more angle (may be phi) along with the above terms.if that's not available then there must be some other clue in the question to relate two angle. Please check .
 
  • #4
Thegiver431 said:
What would angle theta have to be (in terms of m1,m2,theta
Presumably one of those two references to theta should be a reference to the other angle in the picture (but its name is illegible).
 
  • #5
From you point of view reconsider sin. What is it without triangle?
 

FAQ: Angle Theta for Block 1 Sliding up an Incline

What is angle theta for Block 1 sliding up an incline?

Angle theta for Block 1 sliding up an incline refers to the angle between the incline and the horizontal surface on which the block is sliding. It is typically denoted as θ.

How is angle theta calculated for Block 1 sliding up an incline?

The angle theta for Block 1 sliding up an incline can be calculated using the formula θ = tan⁻¹ (μ), where μ is the coefficient of friction between the block and the incline.

What is the significance of angle theta in this scenario?

Angle theta is significant because it determines the force required to keep Block 1 sliding up the incline. The larger the angle theta, the greater the force needed to overcome the force of gravity pulling the block down the incline.

What factors affect angle theta for Block 1 sliding up an incline?

The main factor that affects angle theta is the coefficient of friction between the block and the incline. Other factors that may impact angle theta include the mass of the block, the angle of the incline, and the surface texture of the block and incline.

How can angle theta be manipulated for Block 1 sliding up an incline?

Angle theta can be manipulated by changing the coefficient of friction between the block and the incline. This can be done by altering the surface textures or materials of the block and incline, or by adding a lubricant to reduce friction.

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