For a rigid body to remain in equilibrium it is necessary and sufficient that
A)

\Sigma

$For a rigid body to remain in equilibrium it is necessary and sufficient that A) \Sigma = 0 B) \Sigma \alpha = 0 C) \Sigma = 0; \Sigma = 0 D) \Sigma = 0 E) \Sigma mr2 = 0$ = 0
B)

\Sigma

$For a rigid body to remain in equilibrium it is necessary and sufficient that A) \Sigma = 0 B) \Sigma \alpha = 0 C) \Sigma = 0; \Sigma = 0 D) \Sigma = 0 E) \Sigma mr2 = 0$

\alpha

= 0
C)

\Sigma

$For a rigid body to remain in equilibrium it is necessary and sufficient that A) \Sigma = 0 B) \Sigma \alpha = 0 C) \Sigma = 0; \Sigma = 0 D) \Sigma = 0 E) \Sigma mr2 = 0$ = 0;

\Sigma

$For a rigid body to remain in equilibrium it is necessary and sufficient that A) \Sigma = 0 B) \Sigma \alpha = 0 C) \Sigma = 0; \Sigma = 0 D) \Sigma = 0 E) \Sigma mr2 = 0$ = 0
D)

\Sigma

$For a rigid body to remain in equilibrium it is necessary and sufficient that A) \Sigma = 0 B) \Sigma \alpha = 0 C) \Sigma = 0; \Sigma = 0 D) \Sigma = 0 E) \Sigma mr2 = 0$ = 0
E)

\Sigma

mr² = 0

The Sign Shown in the Figure Weighs 200 N

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