A floor of a room is in the shape of square. It is to be covered with rectangular tiles that each have an area of 192 square inches.If the length of the floor is 14 feet, how many tiles are needed to cover the floor?
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Related Questions
In right triangle ABC, where C is the right angle : b = 12 and B = 33°. Find A, a, and c to the nearest tenth.
Can you help me solve this please?
HELPLPP MEEEEEEEE PLEASE
jamie wants to run a total of 9 miles thid week. so far, she has run 4 5/8 miles. use the equation 4 5/8 + r = 9. please help me!
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V=1/3AH (where A=area of the base and H=height)
The formula for the volume of a triangular prism is:
V=AH (where A=area of the base and H=Height)
Since the base and the height are the same in this problem for both the prism and the pyramid, solving for the volume of the prism is simple.
Looking at the formulas, you'll see that the volume of the pyramid (assuming that both the height and the area of the base are the same) is 1/3 the volume of the prism.
V(pyramid)=1/3V(prism)
Now lets input the volume of the pyramid
26cm³=1/3 V(prism)
Divide both sides by 1/3
78cm³=V(prism)
Answer=78cm³
Answer:
140.4 ft
Step-by-step explanation:
Just answered it and got it right
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or if you meant tenTHs it will be 13g
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hope this helps
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check the picture below.
recall that, if the endpoint has a hole ○ , that number is not included, so the "x is not equal" to that, and if there's a solid ball, ●, that means is included, "x equals" that.
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S.A = 2 × Area of base + Perimeter of base × Height of prism
= 2
= 2
{We took 10 ft as the radius because the diameter is 20 ft, so the radius is half the diameter}
= 200
= 2200
= 6911.5 ft² (to the nearest tenth)
It is less than 0.2.
What could this fraction be?
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could be one fraction whose repeating decimal is less than 0.2 and denominator is less than 10.
What is repeating decimal?
A repeating decimal is a decimal that has a digit, or a block of digits, that repeat over and over and over again without ever ending.
According to the given question.
We have to find a repeating decimal which is less than 0.2.
And if we write it in a fractional form, its denominator will less than 10.
So, if we take a fraction or rational number . Here, the denominator is less than 10 ( 9<10).
And when we evaluate we will get a repeating decimal 0.111111111.....
Hence, could be one fraction whose repeating decimal is less than 0.2 and denominator is less than 10.
Find out more information about repeating decimal here:
#SPJ2
I hope this helped you!