<u>Answer:
</u>
The factor of
<u>Solution:
</u>
From question given that the equation is
We have to find the factors of the given equation.
By taking 3 as a common term in above expression,
By taking “x” as a common term in above expression, we get equation as
Again taking “x” as a common term in above expression, we get
cannot be factorized.(imaginary roots)
Hence factor of
A poet and a poem I think, but he also compares her to a garden and a flower.
Given:
volume of larger cone : 8000 m³
radius of larger cone: 5 m
radius of smaller cone: 2 m
volume of smaller cone: ?
Find the volume of the smaller cone using the ratio of the volumes.
a / b = c / d where ad = bc
5m / 8000 m³ = 2 m / x
5m * x = 8000 m³ * 2m
5m * x = 16000 m⁴
x = 16000 m⁴ / 5m
x = 3200 m³
Answer:
P = 10 +2x . . . . . (units are inches)
Step-by-step explanation:
It is appropriate to use the formula for the perimeter of a rectangle, filling in the given values.
P = 2(L + W) . . . . . the perimeter is twice the sum of length and width
P = 2(5 + x) . . . . . .filled in with the givens
P = 10 + 2x . . . . . simplify
One revolution corresponds to an angular displacement of , so its angular speed is
radians is equivalent to 180 degrees, so the angular speed could also be
The linear speed depends on the wheel's radius. Suppose its radius is . Then the wheel has circumference units. A point on the edge of the wheel travels this distance in one revolution, so its linear speed is
(where stands for units of length)