Question

Help

Answer 1

@ikram002p @calculusxy

Answer 2

Do I do this the same way?

Answer 3

Yes but now solve for c (hypotenuse).

Answer 4

c2=20

Answer 5

so the first answer would be square root 20 and the second 4.47 again?

Answer 6

No this is different. I meant to use the same formula.

Answer 7

ur correct :D

Answer 8

I did use the same formula

Answer 9

Ok sorry I didn't solve the problem yet. But you are correct :)

Answer 10

Remember to find the radical of 20 for the exact value of c.

Answer 11

isnt that what I did?

Answer 12

Yup. Just a short reminder! :)

Answer 13

nw , for approximation ,
type \(\Huge \sqrt 20\) also work ..
4.47 rounds to 4.5 hm

Answer 14

But we had to round two decimal places.

Answer 15

the first blank is \[\sqrt{20}\]

Answer 16

So we didn't necessarily have to round @ikram002p

Answer 17

and 4.47 since it says round 2 decimal places as needed

Answer 18

yess vshiroky , the exact sol is sqrt 20 , and aproximation 4.47

Answer 19

Yes that's right @vshiroky