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The Plane Region Defined by 0 $\le$ Y $\le$ , 0 $\le$ X $\le$

Question 39

Multiple Choice

The plane region defined by 0 $\le$ y $\le$ $The plane region defined by 0 \le y \le , 0 \le x \le a is revolved about the x-axis to generate a 3-dimensional region that is filled with material of constant density. Where is the centre of mass of this material? A) on the x-axis, units to the right of the origin B) on the x-axis, units to the right of the origin C) on the x-axis, units to the right of the origin D) on the x-axis, units to the right of the origin E) on the x-axis, units to the right of the origin$ , 0 $\le$ x $\le$ a is revolved about the x-axis to generate a 3-dimensional region that is filled with material of constant density. Where is the centre of mass of this material?

A) on the x-axis, $The plane region defined by 0 \le y \le , 0 \le x \le a is revolved about the x-axis to generate a 3-dimensional region that is filled with material of constant density. Where is the centre of mass of this material? A) on the x-axis, units to the right of the origin B) on the x-axis, units to the right of the origin C) on the x-axis, units to the right of the origin D) on the x-axis, units to the right of the origin E) on the x-axis, units to the right of the origin$ units to the right of the origin
B) on the x-axis, $The plane region defined by 0 \le y \le , 0 \le x \le a is revolved about the x-axis to generate a 3-dimensional region that is filled with material of constant density. Where is the centre of mass of this material? A) on the x-axis, units to the right of the origin B) on the x-axis, units to the right of the origin C) on the x-axis, units to the right of the origin D) on the x-axis, units to the right of the origin E) on the x-axis, units to the right of the origin$ units to the right of the origin
C) on the x-axis, $The plane region defined by 0 \le y \le , 0 \le x \le a is revolved about the x-axis to generate a 3-dimensional region that is filled with material of constant density. Where is the centre of mass of this material? A) on the x-axis, units to the right of the origin B) on the x-axis, units to the right of the origin C) on the x-axis, units to the right of the origin D) on the x-axis, units to the right of the origin E) on the x-axis, units to the right of the origin$ units to the right of the origin
D) on the x-axis, $The plane region defined by 0 \le y \le , 0 \le x \le a is revolved about the x-axis to generate a 3-dimensional region that is filled with material of constant density. Where is the centre of mass of this material? A) on the x-axis, units to the right of the origin B) on the x-axis, units to the right of the origin C) on the x-axis, units to the right of the origin D) on the x-axis, units to the right of the origin E) on the x-axis, units to the right of the origin$ units to the right of the origin
E) on the x-axis, $The plane region defined by 0 \le y \le , 0 \le x \le a is revolved about the x-axis to generate a 3-dimensional region that is filled with material of constant density. Where is the centre of mass of this material? A) on the x-axis, units to the right of the origin B) on the x-axis, units to the right of the origin C) on the x-axis, units to the right of the origin D) on the x-axis, units to the right of the origin E) on the x-axis, units to the right of the origin$ units to the right of the origin

The Plane Region Defined by 0 ≤\le≤ Y ≤\le≤ , 0 ≤\le≤ X ≤\le≤

Multiple Choice

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The Plane Region Defined by 0 $\le$ Y $\le$ , 0 $\le$ X $\le$

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