what is the length of the diagonal of a non-regulation tennis court with length 20 feet and width 15 feet?
Answers
Answer:
25 feet
Step-by-step explanation:
Basically that non-regulation tennis court is a rectangle. You want to know the length of the diagonal. If you draw it on paper, you'll see that this then become 2 triangles... of which you have 2 sides, and are seeking the hypotenuse. So....
H² = A² + B²
H² = 20² + 15² = 400 + 225 = 625
H = 25 feet.
Answer:
The diagonal of a non-regulation tennis court = 25 feet
Step-by-step explanation:
Pythagorean theorem
Hypotenuse² = Base² + Height²
The tennis court is like a rectangle.
We can consider the court as made of two right angled triangle
To find the length of diagonal of court
Here base = 15 feet and height = 20 feet
Diagonal or hypotenuse can be written as,
Diagonal ² = Base² + Height²
= 15² + 20²
= 225 + 400
= 625
Diagonal = √625 = 25 feet
Therefore the diagonal of a non-regulation tennis court = 25 feet
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Answers
Please consider the complete question.
Peyton has a goal to walk 10,000 steps each day. On Tuesday afternoon, Peyton walked 7,338 steps. She averages 2.5 feet per step.
How many more feet does Peyton need to walk to reach her goal of 10,000 steps?
First of all we will find the steps Peyton needs to walk to reach her goal.
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Answers
Answers
=(x-9)(x+5)
you should get the same answer when you foil it using the FOIL method.
FOIL method is first, outer, inner, last (multiply). I hope it helps!
Answers
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