1. In each case, three forces act on a 1 kg object to give it the specified acceleration, but only two are shown. Note that the grid has units of 1 N. Draw in the missing vector (F3). F,(N) Fy(N) F, (N) T F1 F;(N) F(N) F(N) a) b) c) = 0 m/s? az = 0 m/s² az = +1 m/s² Ax ay = +2 m/s² Ay = –1 m/s² ay = -2 m/s² %3D
1. In each case, three forces act on a 1 kg object to give it the specified acceleration, but only two are shown. Note that the grid has units of 1 N. Draw in the missing vector (F3). F,(N) Fy(N) F, (N) T F1 F;(N) F(N) F(N) a) b) c) = 0 m/s? az = 0 m/s² az = +1 m/s² Ax ay = +2 m/s² Ay = –1 m/s² ay = -2 m/s² %3D
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In each case, three forces act on a 1 kg object to give it the specified acceleration,
but only two are shown. Note that the grid has units of 1 N. Draw in the missing vector (F3).
F,(N)
Fy(N)
F, (N)
T
F1
F;(N)
F(N)
F(N)
a)
b)
c)
= 0 m/s?
az = 0 m/s²
az = +1 m/s²
Ax
ay = +2 m/s²
Ay = –1 m/s²
ay = -2 m/s²
%3D
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