All categories

3 years ago

What's the answer for m⁶ - 25

Mathematics

1 answer:

sergejj [24]3 years ago

3 0

Step-by-step explanation:

${m}^{6} - 25 \\ { {m}^{3} }^{2} - {5}^{2} \\ x = {m}^{3} b = 5 \\ ( {m}^{3} - 5)( {m}^{3} + 5)$

You might be interested in

A classroom has 12 students with brown hair, 8 students with black hair, and 5 students with blonde hair. If three students are

aksik [14]

I am going to have to go with, C, because the other answers are Invalid.

4 0

3 years ago

Pleasse help thank you.

nydimaria [60]

1 is definately B
2 is B as well

3 0

3 years ago

X+ 2 / X + 3 =5 plz give me and

Anna35 [415]

Answer:

The answer is x = -13/4

Step-by-step explanation:

-13/4 + 2 / -13/4 +3 = 5

5 0

3 years ago

George has $15. He tries to buy a movie ticket ($9.00), a pretzel ($2.65), a drink ($1.35), and two veggie cups ($1.74 each) but

Ronch [10]

Answer:

He does not have enough money for the second veggie cups, he's just about a dollar fifty short.

Step-by-step explanation:

By doing the math problem, you'll see that he is 1.48 short of having the necessary amount of money. Not enough to buy everything he wants.

3 0

3 years ago

Read 2 more answers

Examplelt: A wall of length 10 m was to be built across an open ground. The height of the wall is 4 m and thickness of the wall

harina [27]

Answer :

4167 bricks.

Explanation :

Since the wall with all its bricks makes up the space occupied by it, we need to find the volume of the wall, which is nothing but a cuboid.

Here,

${\qquad \dashrightarrow{ \sf{Length=10 \: m=1000 \: cm}}}$

$\qquad \dashrightarrow{ \sf{Thickness=24 \: cm}}$

$\qquad \dashrightarrow{ \sf{Height=4 m=400 \: cm}}$

Therefore,

${\qquad \dashrightarrow{ \bf{Volume \: of \: the \: wall = length \times breadth \times height}}}$

${\qquad \dashrightarrow{ \sf{Volume \: of \: the \: wall = 1000 \times 24 \times 400 \: {cm}^{3} }}}$

Now, each brick is a cuboid with Length = 24 cm, Breadth = 12 cm and height = 8 cm.

So,

${\qquad \dashrightarrow{ \bf{Volume \: of \: each \: brick = length \times breadth \times height}}}$

${\qquad \dashrightarrow{ \sf{Volume \: of \: each \: brick = 24 \times 12 \times 8 \: {cm}^{3} }}}$

So,

${\qquad \dashrightarrow{ \bf{Volume \: of \: bricks \: required = \dfrac{volume \: of \: the \: wall}{volume \: of \: each \: brick} }}}$

${\qquad \dashrightarrow{ \sf{Volume \: of \: bricks \: required = \dfrac{1000 \times 24 \times 400}{24 \times 13 \times 8} }}}$

${\qquad \dashrightarrow{ \sf{Volume \: of \: bricks \: required = \bf \: 4166.6} }}$

Therefore,

The wall requires 4167 bricks.

6 0

2 years ago

What's the answer for m⁶ - 25​

What's the answer for m⁶ - 25