Question

Jeremy is making a cube using blocks. The cube is solid and has no holes.

How many cubes did Jeremy use?

Answer 1

Please help me

Answer 2

If we analyze your photo we see that it is a cube...so in order to find the volume of a cube we would do...

\(\huge{V=a^{3}}\) Where \(\large{a}\) is the side length...

So what is the side length?

Answer 3

I don't know so can you help me

Answer 4

Count the faces length...

Answer 5

tell me the answer please

Answer 6

Im sorry but I am not allowed to and I think its best to help you instead of giving the answer away

Answer 7

25

Answer 8

25 x 5 = ?

Answer 9

That is correct the face does have the area of \(\large{25}\) so the length is \(\large{5}\)....So input...

\(\huge{V=5^{3}}\) what would the answer be?

Answer 10

125

Answer 11

Correct ^^

Answer 12

you got it!

Answer 13

\(\Huge{\color{red}{\bigstar}\color{blue}{\bigstar}\color{green}{\bigstar}\color{yellow}{\bigstar}\color{orange}{\bigstar}\color{red}{\bigstar}\color{blue}{\bigstar}\color{green}{\bigstar}\color{yellow}{\bigstar}\color{orange}{\bigstar}\color{red}{\bigstar}\color{blue}{\bigstar}\color{green}{\bigstar}\color{yellow}{\bigstar}}\\\color{white}{.}\\\Huge\sf\color{blue}{~~~~Welcome~to~OpenStudy!~\ddot\smile}\\\color{white}{.}\\\\\Huge{\color{red}{\bigstar}\color{blue}{\bigstar}\color{green}{\bigstar}\color{yellow}{\bigstar}\color{orange}{\bigstar}\color{red}{\bigstar}\color{blue}{\bigstar}\color{green}{\bigstar}\color{yellow}{\bigstar}\color{orange}{\bigstar}\color{red}{\bigstar}\color{blue}{\bigstar}\color{green}{\bigstar}\color{yellow}{\bigstar}}\)

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Answer 14

For the first one first determine the length and height of the rectangular face...

Answer 15

the answer is 48 right

Answer 16

Correct ^^

Answer 17

First determine the length of the water...so we would count the units...

Answer 18

Length x width then multiply the answer by 6.

Answer 19

You would use the equation..

\(\huge{V=l\times w\times h}\)
Where \(\large{l}\) would be the length of the water,

\(\large{w}\) would be the same as the length

and \(\large{h}\) would be the height of the ruler since the box is equal to the ruler's height...

Answer 20

120

Answer 21

Yep

Answer 22

Actually yea..

Answer 23

about 140 right

Answer 24

Use the same equation...

\(\huge{V=l \times w \times h}\)

\(\large{l}\) would be the length of the face which is \(\large{7}\)

\(\large{w}\) would be the side length which is \(\large{3}\)

\(\large{h}\) would be the height of the front face which is \(\large{5}\)

Now that we know this we input...

\(\huge\color{purple}{V=7 \times 3 \times 5}\)