Answer:126 grams
Step-by-step explanation:
Answer:
Step-by-step explanation:
We have been given that a cube with side length 5h^2 is stacked on another cube with side length 3k.
Since we know that the volume of cube is , where a represents the length of each side of cube.
Since one cubes is stacked on another cube, so the total volumes of both cubes will be equal to the sum of volumes of both cubes.
Since the volume of both cubes is sum of cubes, so we will use formula:
So factoring the volumes of cubes using sum of cubes we will get,
Therefore, the total volume of both cubes in factored form will be:
Answer:
ok then
Step-by-step explanation:
sorryissseaaghenhiaate
Answer:
9
Step-by-step explanation:
|6|+|-3|=9
Given:
In ΔOPQ, p = 180 inches, q = 120 inches and ∠O=171°.
To find:
The length of o, to the nearest inch.
Solution:
According to cosine formula,
Using cosine formula in ΔOPQ, we get
On substituting the values, we get
Taking square root on both sides.
Therefore, the length of o is about 299 inches.
Answer:299
Step-by-step explanation:
B=8x2– 25x + 11
C=10x2 – 25x + 7
D=10x2 – 25x + 11
A, B, and C are polynomials, where:
A = 3x – 4
B = x + 7
C = x2 + 2
Answer:
Step-by-step explanation:
Here, ,
and
( By putting the values)
= ( solving the brackets)
=
= ( By operating like terms)
⇒
Thus, Option A is correct.
Answer:
60 miles can leatherback sea turtle travel in 10 hours .
Step-by-step explanation:
As given
A leatherback sea turtle can travel at a speed of 48 miles in 8 hours.
i.e
48 miles = 8 hours
A leatherback sea turtle can travel in one hour.
1hour = 6 miles
Now calculate for the 10 hours .
A leatherback sea turtle travel distance in 10 hours = 6 × 10
= 60 miles
Therefore 60 miles can leatherback sea turtle travel in 10 hours .