196. assignment (projectile motion)
Problem 36.3
This problem uses the fact that the velocity of a particle is always tangent to the path of the particle. A block is propelled by a conveyor belt and released at point 0 with unknown velocity vo. The block is a projectile from 0 to A. At A the block slides onto a ramp AB, and slides down until it comes to a stop. Determine the following:
1. The velocity of the conveyor belt, V0.
2. The angle, theta, of the ramp AB if the ramp is to be parallel to the block velocity VA when the block slides onto the ramp.
3. The distance slid by the block until it comes to a stop. The friction coefficient between the ramp and the block is 0.8.
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This problem uses the fact that the velocity of a particle is always tangent to the path of the particle. A block is propelled by a conveyor belt and released at point 0 with unknown velocity vo. The block is a projectile from 0 to A. At A the block slides onto a ramp AB, and slides down until it comes to a stop. Determine the following:
1. The velocity of the conveyor belt, V0.
2. The angle, theta, of the ramp AB if the ramp is to be parallel to the block velocity VA when the block slides onto the ramp.
3. The distance slid by the block until it comes to a stop. The friction coefficient between the ramp and the block is 0.8.
Video description:
https://youtu.be/Ratqvpcc4eE
Follow the links to:
Visit our website: https://onlinetutors.top
Choose your tutor here: https://onlinetutors.top/crossroad#section-1-link
Get homework answers here: https://onlinetutors.top/crossroad#section-2-link
Submit new assignment here: https://onlinetutors.top/crossroad#section-3-link
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