Question

A crate will a mass of 10kg is pushed by the following 3 forces: $F_1 = 3.0\hat{i} + 4.0\hat{j}$ $F_2 = 8.0\hat{i} - 2.0\hat{j}$ $F_3 = -5.0\hat{i} - 1.0\hat{j}$ compute the net force acting on the crate. You can record your answer in vector component form. Enter your numerical answer here and submit an image of your work using the Exam 2 File Submission link. Answer:

          A crate will a mass of 10kg is pushed by the following 3 forces:
$F_1 = 3.0\hat{i} + 4.0\hat{j}$
$F_2 = 8.0\hat{i} - 2.0\hat{j}$
$F_3 = -5.0\hat{i} - 1.0\hat{j}$
compute the net force acting on the crate. You can record your answer in vector component form.
Enter your numerical answer here and submit an image of your work using the Exam 2 File Submission link.
Answer:

A crate will a mass of 10kg is pushed by the following 3 forces:
F1 = 3.0î + 4.0ĵ
F2 = 8.0î - 2.0ĵ
F3 = -5.0î - 1.0ĵ
compute the net force acting on the crate. You can record your answer in vector component form.
Enter your numerical answer here and submit an image of your work using the Exam 2 File Submission link.
Answer:

Added by Jose Carlos V.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Anand Jangid

06/24/2023

Step 1

F1 = 3.0i + 4.0j F2 = 8.0i - 2.0j F3 = -5.0i - 1.0j Show more…

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A crate will a mass of 10kg is pushed by the following 3 forces F=3.0+4.0 Tin F=8.0i-2.0 F3=-5.0i-1.0j compute the net force acting on the crate.You can record your answer in vector component form Enter your numerical answer here and submit an image of your work using the Exam 2 File Submission link Answer: