<h2>
Explanation:</h2>
The area of a trapezoid is given by:
So given the equation:
We can write a real problem as:
The bases of a trapezoid are and the area of it is . What is the height of the trapezoid?
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<u>Solving:</u>
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Finally, the height of the trapezoid is 4cm
V=1024 pi m^3 and v=250 pi m^3
the similarity ratio of the smaller to larger similar cones is
k= V/v=1024 pi m^3/250 pi m^3= 4.096
the great cone is 4.096 times of the small cone (in volume)
Answer:
the number that is missing from
(G)(2y^2)= 18y^3
9y
Step-by-step explanation:
(9y)(2y^2) = 18y^3
18y^3 = 18y^3
Step 1
we know that
The perimeter of a square is equal to
P=4*b
where
b is the length side of a square
<u>Find the perimeter of the square picture</u>
b=4 in
P=4*4=16 in
Step 2
<u>Find the maximum radius of the circular frame</u>
we know that
the perimeter of a square frame is equal to the circumference of the circular frame
the circumference is equal to
r=2.5 in
therefore
<u>the answer is</u>
the maximum radius of the circular frame is 2.5 in
Answer:
Solve 3x+10+8x-17=180 to get x, then take the value of 8x-17 and set that equal to 6y+11 to get y.
Step-by-step explanation:
Solve 3x+10+8x-17=180 because the 3x+10 is the same angle as the one right under the 8x-17 angle because they are corresponding angles with lines that are parallel. Then, take the value of 8x-17 = 6y+11 because they are vertical angles.