Question

Which statement belongs in the intersection of the Venn Diagram?

Answer 1

A. The distance around a closed figure
B. The space within a closed figure
C. Measured using the distance formula
D. Measured in units squared

Answer 2

I think it's C. Can someone check?

Answer 3

A.

Answer 4

Can you explain please?

Answer 5

I thought the perimeter was the distance around, not the area.

Answer 6

I know it's not C now because the area is found by using the area formulas.

Answer 7

And it's not D because it could be measured in different measurements.

Answer 8

A The distance around a closed figure!

Answer 9

"A. The distance around a closed figure"

that's the perimeter and not the area

Answer 10

Personally I think this question is a bit ambiguous. If I had to guess I'd say it's the enclosed space, is it not?

Answer 11

the intersection is something that has both area and perimeter combined

Answer 12

The intersection would be the correct answer.

Answer 13

Okay. Could you help check a couple more?

Answer 14

One more then I must go.

Answer 15

Using the image below, find the y value for the point that divides the line segment XY into a ratio of 1:2.

Answer 16

I have -0.2 as my answer.

Answer 17

Interesting, how did you derive that? So the distance is 11, I assume the function would be, y = x/5?

Answer 18

Although it's hard to tell, looking at it visually it looks y is 0.

Answer 19

I'm not really sure how to go about solving this, I tried to have someone help me but i don't get it.

Answer 20

I think it's a bit ambiguous as well, it's hard to look at the exact value of y to derive a function. But I think you'd agree, -0.5 would be the midpoint for x right? And y there looks like 0.

Answer 21

Right