This preview has intentionally blurred sections. Sign up to view the full version.
View Full Document
Unformatted text preview: Consider this diagram for Problems 3 and 4. For all of the questions, just give the magnitudes of the vectors. CRATE 25.0 kg θ m μ s , μ k 3. In the diagram let m = 35.0kg , θ = 10.0 o , μ s = 0.250 , μ k = 0.100 . a.) What is the normal force acting on the block? b.) What is the component of gravity acting down the incline? c.) What is the maximum static frictional force? d.) What is the acceleration of the block? 4. In the diagram let m = 35.0kg , θ = 20.0 o , μ s = 0.250 , μ k = 0.100 . a.) What is the normal force acting on the block? b.) What is the component of gravity acting down the incline? c.) What is the maximum static frictional force? d.) What is the acceleration of the block?...
View
Full
Document
This note was uploaded on 09/25/2011 for the course PHYSICS 22 taught by Professor Lomant during the Spring '11 term at Georgia Perimeter.
 Spring '11
 lomant

Click to edit the document details