Question

Which shows the expressions in the order they would appear on a number line from least to greatest?

Answer 1

4^3 the S.R. of 40 the S.R. of 13 the S.R. of 7 14/9

Answer 2

@cwrw238

Answer 3

@uri

Answer 4

@shrutipande9

Answer 5

4^3, the S.R. of 40, the S.R. of 13, the S.R. of 7, 14/9.

Answer 6

@AngelWilliams16

Answer 7

@iGreen

Answer 8

Which shows the expressions in the order they would appear on a number line from least to greatest? 4^3, the S.R. of 40, the S.R. of 13, the S.R. of 7, 14/9.

Answer 9

Simplify them to whole numbers/decimals.

Answer 10

\(4^3 = 64\)

\(\sqrt{40} \approx 6.32\)

\(\sqrt{13} \approx 3.61\)

\(\sqrt7 \approx 2.65\)

\(\dfrac{14}{9} \approx 1.56\)

Answer 11

ok.

Answer 12

So in order from least to greatest it's going to be:

\(\dfrac{14}{9}, \sqrt7, \sqrt{13}, \sqrt{40}, 4^3\)

Answer 13

ty :P

Answer 14

Np

Answer 15

tht is an answer

Answer 16

Which rational number equals 0.1 with bar over 1

Answer 17

i can remember the name xd

Answer 18

bruh.

Answer 19

for this,

Answer 20

The amounts of e-waste generated in a region during two years were 14,200,000 tons and 10,700,000 tons. What was the total e-waste generated over these two years in the region, expressed in scientific notation?

Answer 21

i know i have to add the convert into scientific notation

Answer 22

but idk where to put the decimal point

Answer 23

i got it nvm

Answer 24

Lol

Answer 25

2.49 x 10^7

Answer 26

one last question

Answer 27

what expression is equivalent to,

Answer 28

Just move the decimal place 7 times to the right:

24900000

Answer 29

3^2 x 3^-5 what would be equivalent to this?

Answer 30

When you multiply exponents with the like base, you add the exponents and you keep the base.

\(Base\rightarrow 5^{2\leftarrow Exponent}\)

Add the exponents:

2 + -5 = -3

Keep the base, 3.

So we have \(3^{-3}\).

Answer 31

nice :P

Answer 32

and ty

Answer 33

pass :D

Answer 34

:P