Question

Evaluate

Answer 1

\[\sqrt{7x}\left( \sqrt{x} -7\sqrt{7}\right)\]

Answer 2

Show work

Answer 3

@mathmate

Answer 4

@Astrophysics please help me, im dying lol this is my last question and im done with this one

Answer 5

Distribute the \[\sqrt{7x}\]
\[\sqrt{7x} \times \sqrt{x}-\sqrt{7x} \times 7\sqrt{7}\]

Answer 6

\[\sqrt{7x} \times \sqrt{x} \implies \sqrt{7}\sqrt{x}\sqrt{x} \implies \sqrt{7}x\] can you do the other?

Answer 7

\[\sqrt{7x} \times 7\sqrt{7} \implies (1 \times 7)(\sqrt{7x}\sqrt{7}) \] you can simplify it more, I think you will be able to figure it out!

Answer 8

\[\sqrt{7x}*7*7*\sqrt{7}\rightarrow \sqrt{7}\sqrt{7}\sqrt{7}?\]

Answer 9

oh you already did it lol so what i did was obviously wrong haha

Answer 10

\[( 1 \times 7)(\sqrt{7x} \times \sqrt{7}) = 7\sqrt{x (7\times 7)} \implies 7\sqrt{49}\sqrt{x} \implies 7 \times 7 \sqrt{x}\] put it all together!

Answer 11

\[\sqrt{7x}-49\]

Answer 12

@Astrophysics

Answer 13

Am i right?

Answer 14

is my answer correct @mathmate ?

Answer 15

If the question is correct, then the answer is not! :(

Answer 16

No, that's not right compare your answer with the first part