Answer:
5/6
Step-by-step explanation:
You write the question as such: 5/9 divided by 2/3.
After that, you keep the first fraction, flip the sign and the fraction.
You will get: 5/9 multiplied by 3/2.
When you get this, you then cross multiply and simplify as such.
5/3 multiplied by 1/2.
5/6 would be your solution.
Answer:
5
Step-by-step explanation:
same x coordinate
length = 3 + 2 = 5
Answer:
40.25
Step-by-step explanation:
multiple 35 by 1.15
You don't need me to give you all six of them, because they're
all essentially the same problem. So I'll give you two, and lead
you close to the answer of another one, and by then, you should
be able to handle them on your own.
5). y/2 > 0 .
What can you do to the left side to get 'y' all alone ?
Multiply the left side by 2 .
But you always have to do the same thing to both sides.
Multiply each side by 2: y > 0 .
_____________________________
6). -4 < r/5
What can you do to the right side to get 'r' all alone ?
Multiply the right side by 5 .
But you always have to do the same thing to both sides.
Multiply each side by 5: -20 < r
_______________________________
7). 5c < 10
What can you do to the left side to get 'c' all alone ?
Divide the left side by 5 .
But you always have to do the same thing to both sides.
Divide each side by 5: c < ____
Over to you, champ !
Answer:
<u>87.9 in³</u>
Step-by-step explanation:
<u>Volume of the can</u>
- V = πr²h [volume of a cylinder]
- V = 3.14 x 2 x 2 x 8
- V = 3.14 x 32
- V = 100.48 in³
<u>Volume of 3 tennis balls</u>
- V = 4/3πr³ [volume of one sphere]
- V = 3 x 4/3 x 3.14 x 1³ [for 3 tennis balls]
- V = 4 x 3.14
- V = 12.56 in³
<u>Remaining space</u>
- Volume of can - Volume occupied by 3 tennis balls
- 100.48 - 12.56
- 87.92 in³ ⇒ <u>87.9 in³</u>
