m and the 5² 2. A 6.75 kilogram object accelerates while two forces act on it. The acceleration is 4.50 direction of the acceleration is 117.0 degrees from the positive x-axis, measured counter-clockwise. The first force is 13.50 newtons and is in a direction 23.0 degrees from the positive x-axis, measured Calculate the second force and write your answer in unit vector notation. counter-clockwise.
m and the 5² 2. A 6.75 kilogram object accelerates while two forces act on it. The acceleration is 4.50 direction of the acceleration is 117.0 degrees from the positive x-axis, measured counter-clockwise. The first force is 13.50 newtons and is in a direction 23.0 degrees from the positive x-axis, measured Calculate the second force and write your answer in unit vector notation. counter-clockwise.
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2. A 6.75 kilogram object accelerates while two forces act on it. The acceleration is 4.50 and the
direction of the acceleration is 117.0 degrees from the positive x-axis, measured counter-clockwise. The
first force is 13.50 newtons and is in a direction 23.0 degrees from the positive x-axis, measured
counter-clockwise. Calculate the second force and write your answer in unit vector notation.
Expert Solution
Step 1
Given,
The mass of the object is
The acceleration is
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