The figure below shows the ideal pattern of movement of a herd of cattle, with the arrows showing the movement of the handler as he moves the herd. The arc the handler makes from the starting point to the return point should be a quarter of a circle:

A sector showing a quarter of a circle is drawn. The radius is marked as 75 feet. The endpoints of the arc of the sector are marked as Starting Point and Return Point. The sector is filled with cattle.

Based on this theory, what distance will the handler move from the starting point to the return point if he creates an arc of a circle with radius 75 feet?

1884 feet
4415.63 feet
58.88 feet
117.75 feet

Question

The figure below shows the ideal pattern of movement of a herd of cattle, with the arrows showing the movement of the handler as he moves the herd. The arc the handler makes from the starting point to the return point should be a quarter of a circle:

A sector showing a quarter of a circle is drawn. The radius is marked as 75 feet. The endpoints of the arc of the sector are marked as Starting Point and Return Point. The sector is filled with cattle.

Based on this theory, what distance will the handler move from the starting point to the return point if he creates an arc of a circle with radius 75 feet?

1884 feet
 4415.63 feet
 58.88 feet
 117.75 feet

kekeman · Answer

https://snipboard.io/s6cWPO.jpg

snowflake0531 · Answer

I literally swear Flor or someone did this yesterday

kekeman · Answer

Lol ik but he kept saying it was the last one then changed and said he thought it was B.) so i picked D.) but i just need extra set of eyes

snowflake0531 · Answer

It's D

kekeman · Answer

Ok bet

snowflake0531 · Answer

$$\frac{ 2\pi r }{ 4 } = \frac {2(3.14)(75)} {4}$$