Question

5) A 45.0-kg crate rests on a ramp having a 35.0$^\circ$ incline.\ Calculate the part of the crate's Weight (N) which is\ directed alone the incline's surface (i.e., $\vec{w}_\parallel$).\ [HM34: Q 9] a) -189 N $\hat{i}$ b) -441 N $\hat{i}$ c) -399 N $\hat{i}$ d) -361 N $\hat{i}$ e) -253 N $\hat{i}$

          5) A 45.0-kg crate rests on a ramp having a 35.0$^\circ$ incline.\
Calculate the part of the crate's Weight (N) which is\
directed alone the incline's surface (i.e., $\vec{w}_\parallel$).\
[HM34: Q 9]
a) -189 N $\hat{i}$ 
b) -441 N $\hat{i}$ 
c) -399 N $\hat{i}$ 
d) -361 N $\hat{i}$ 
e) -253 N $\hat{i}$

5) A 45.0-kg crate rests on a ramp having a 35.0^∘ incline.Calculate the part of the crate's Weight (N) which isdirected alone the incline's surface (i.e., w⃗∥).[HM34: Q 9]
a) -189 N î
b) -441 N î
c) -399 N î
d) -361 N î
e) -253 N î

Added by Vicente L.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Ivan Kochetkov

06/18/2022

Step 1

The weight of the crate can be broken down into two components: one perpendicular to the incline (normal force) and one parallel to the incline (along the incline). Show more…

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A 45.0-kg crate reata on a came having a 35.0deg incline. Calculate the part of the crate's Weight {N} which 1 a directed alone the incline's surface (i.e, {(:vec(w)_(n))}. [HW #4;8 9] a) -189N i b) ,441N i c) -399Nhat(i) d) 361Ni e) 253N i 5 A 45.0-kg crate resta on a ramp having a 35.0 incline. Calculate the part of the crate s Weight (N) which is directed alone the incline's surface i.e., w,. [409] a) 189Ni b) 441Ni c) 399N d) 361N e) 253N