** o masses are connected over an inclined plane as shown. N Y. X mi m₂g. = mig TNT MASS 1 ΣFix = FfS N₁ = f 111₂ mag N In the above figure, the inclined surface if frictionless. For parts a) - e), there is no motion. a) In the above figure, (NOT HERE) label the forces on mass 1 (4 forces) and mass 2 (3 forces). b) What are the (x,y) components of mag in the rotated coordinate system? Get numbers for these. N. NY X c) Write down equations for the (x,y) components of the forces on each mass. Remember for this part masses are stationary, so what is a? magy The upper surface has friction. The inclined surface is frictionless. m₁ = 4 kg m₂ ==> 5 kg 0= 40° ΣFiy= ΣF₁ = d) Solve both y equations for the normal forces on each mass. N₂ MASS 2 ΣF2x = N.
** o masses are connected over an inclined plane as shown. N Y. X mi m₂g. = mig TNT MASS 1 ΣFix = FfS N₁ = f 111₂ mag N In the above figure, the inclined surface if frictionless. For parts a) - e), there is no motion. a) In the above figure, (NOT HERE) label the forces on mass 1 (4 forces) and mass 2 (3 forces). b) What are the (x,y) components of mag in the rotated coordinate system? Get numbers for these. N. NY X c) Write down equations for the (x,y) components of the forces on each mass. Remember for this part masses are stationary, so what is a? magy The upper surface has friction. The inclined surface is frictionless. m₁ = 4 kg m₂ ==> 5 kg 0= 40° ΣFiy= ΣF₁ = d) Solve both y equations for the normal forces on each mass. N₂ MASS 2 ΣF2x = N.
University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter5: Newton's Law Of Motion
Section: Chapter Questions
Problem 65P: Consider the baby being weighed in the following figure. (a) What is the mass of the infant and...
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