The drawing shown is supposed to be a free-body diagram of a crate that is being lowered by a crane and is speeding up as it is being lowered. Is the diagram correct? (Ignore air resistance.)
$The drawing shown is supposed to be a free-body diagram of a crate that is being lowered by a crane and is speeding up as it is being lowered. Is the diagram correct? (Ignore air resistance.) A) Yes. B) No, \vec{F}_{T} should be labeled \vec{F}_{N} C) No, \left|\vec{F}_{T}\right| should be equal to \left|\vec{F}_{g}\right| . D) No, \left|\vec{F}_{T}\right| should be greater than \vec{F}_{K F} E) No, there should be an upward drag force \left|\vec{F}_{D}\right| F) No, there is some other problem (specify).$
A) Yes.
B) No,

\vec{F}_{T}

should be labeled

\vec{F}_{N}

C) No,

\left|\vec{F}_{T}\right|

should be equal to

\left|\vec{F}_{g}\right|

.
D) No,

\left|\vec{F}_{T}\right|

should be greater than

\vec{F}_{K F}

E) No, there should be an upward drag force

\left|\vec{F}_{D}\right|

F) No, there is some other problem (specify).

An Object's xxx -Acceleration ax(t)a_{x}(t)ax​(t) Is Shown in the Boxed Graph at the Top Left

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An Object's $x$ -Acceleration $a_{x}(t)$ Is Shown in the Boxed Graph at the Top Left

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