Question

i will give you a medal if you help me and i will fan you

Answer 1

what is the answer to \[\sqrt{41}\] =
\[\sqrt{c^2}\]

Answer 2

the answer chooses are

6.4
7.3
8.2
9.1

Answer 3

So you're solving for c?
\[\sqrt{c^2} = \sqrt{41}\] look at the the squareroot cancels the square out on the left side, so with that said, your answer is?

Answer 4

i am very confused

Answer 5

\[\sqrt{c^2} \implies c^{2/2} = c\]

Answer 6

\[\huge \sqrt[m]{x^n} \implies x^{n/m}\]

Answer 7

no you salving for \[\sqrt{41}\]

Answer 8

\[c = \sqrt{41}\] that's it, you solved for c.

Answer 9

Just plug \[\sqrt{41}\] into a calculator, prob around 6

Answer 10

answer = 6.03

Answer 11

Do you understand though?

Answer 12

the awnser is not 6.3

Answer 13

It should be 6.4

Answer 14

ya i know thank you

Answer 15

can you help me with 1 more

Answer 16

Sure, but I have to go in a minute, so hopefully it's quick :P

Answer 17

What is the distance from (−2, 4) to (0, −6)? Round your answer to the nearest hundredth.
9.23
10.20
10.98
11.34

Answer 18

You can use the distance formula here: \[d = \sqrt{(x _{2}-x _{1})^{2}+(y _{2}-y _{1})^{2}} \]

your points being \[(x_1,y_1),(x_2,y_2)\]

Answer 19

Sorry, I have to go now, good luck!

Answer 20

@ShawnSpencer i am terribly sorry i meant 6.403 my apolagies

Answer 21

i still dont under stand
this one

Answer 22

@ShawnSpencer do you see the formula that iambatman has given to you

Answer 23

i got it 10.20

Answer 24

thank you any way

Answer 25

@johnson464

Answer 26

\[6^2+2.2^2=c^2\]

Answer 27

plz help me on this one

Answer 28

one sec

Answer 29

\[36+2.2=C^2\]

Answer 30

\[40.84=c^2\]

Answer 31

\[\sqrt{40.84}=\sqrt{c^2}\]

Answer 32

ok

Answer 33

the thing that you can choose out of are
10
12
13
15

Answer 34

plz help

Answer 35

ok im working it out

Answer 36

oh sorry

Answer 37

12

Answer 38

ok thanks

Answer 39

:)

Answer 40

that was Wrong

Answer 41

:(

Answer 42

oh sorry i did it wrong