Question

Help Please @ganeshie8

Answer 1

Looking for the missing side?

Answer 2

yes

Answer 3

ok i this dont knw how to find the hypotenuse

Answer 4

\[c^2 = a^2+b^2\] a =24 b = ? c = 25

Plug in the values
\[25^2= 24^2+b^2\]
Square 25 and 24\[625 = 576+ b^2\]
We need to get b^2 by it self so subtract 576 form both sides
\[49 = b^2\]
To find b, when need to get rid of the square. To do that take the square root of both sides.

What is the square root of 49? \[\sqrt{49}\]

Answer 5

We aren't looking for the hypotenuse in this problem. Hypotenuse is the longest side of the triangle. We are just looking for a side of a leg

Answer 6

can u help me with one moe @ryan88

Answer 7

I can try

Answer 8

i got its 113 and what it mean to leave it in radical form

Answer 9

\[c^2 = a^2 + b^2\] a = 7; b = 8; c = ?
Plug in the values\[c^2 = 7^2+8^2\]square the 7 and 8\[c^2 = 49 +64\] Combine like terms\[c^2 = 113\] take the square of both sides to get c by it self\[c = \sqrt{113}\]

Answer 10

thank u

Answer 11

It means to leave it as a square root. Like I did

Answer 12

No problem glad to help