Let us first concentrate on the central value. take f0 = n and  0 = . find the central value of fx, in n

Question

Mathematics

Susie Q

22 June, 16:49

Let us first concentrate on the central value. take f0 = n and  0 = . find the central value of fx, in n

+1

Answers (1)

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Lukas Doyle · Answer 1

Fx=N177.007

Step-by-step explanation:

Let us first concentrate on the central value. Take F0 = 325 and theta 0 = 57 degrees. Find the central value of Fx, in N

can be pu as thus from an online resource

To resolve forces into the horizontal component, we have

Fx=fCosФ

Fx=325Cos57

Fx=N177.007

Take Note that a force is that which tends to change a body's state of rest or uniform motion in a straight line.