Nancy wove a pot holder with a area of 80 square inches. The lengths and

Nancy wove a pot holder with a area of 80 square inches. The lengths and widths of the sides are whole numbers. Which dimensions make the most sense for a potholder? Explain

2 months ago

Solution 1

Guest Guest #3198
2 months ago
The pairs of numbers that multiply up to 80 are (1, 80), (2, 40), (4, 20), (5,16), and (8,10).
Since pot holders are normally close to squares, 8 by 10 makes the most sense

📚 Related Questions

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A right triangle has one side, s, and a hypotenuse of 12 meters. Find the area of the triangle as a function of s. A) A(s) = 2s 144 - s2 B) A(s) = s 144 - s2 C) A(s) = 2s 12 - s2 D) A(s) = 12s 144 - s2 10) The base of a ladder is placed 5 feet away from a 13 foot tall wall. What is the minimum length ladder needed to reach the top of the wall (rounded to the nearest foot)? A) 12 ft B) 13 ft C) 14 ft D) 15 ft
Solution 1
Part a)
we know that
area of triangle=b*h/2
b=s
applying the Pythagoras theorem
h²=12²-s²--------> h=√(144-s²)
so
A=(1/2)*s*√(144-s²)
Part b)
applying the Pythagoras theorem
c²=a²+b²
in this problem
c is the minimum length ladder needed to reach the top of the wall
a=5 ft
b=13 ft
so
 c²=5²+13²-----> c²=194--------> c=13.93 ft-------> c=14 ft

the answer is 
14 ft
Question
A right triangle has one side, s, and a hypotenuse of 12 meters. Find the area of the triangle as a function of s. A) A(s) = 2s 144 - s2 B) A(s) = s 144 - s2 C) A(s) = 2s 12 - s2 D) A(s) = 12s 144 - s2 10) The base of a ladder is placed 5 feet away from a 13 foot tall wall. What is the minimum length ladder needed to reach the top of the wall (rounded to the nearest foot)? A) 12 ft B) 13 ft C) 14 ft D) 15 ft
Solution 1

Answer: A(s) = \frac{s\sqrt{144-s^{2} } }{2} ; 10) c) 14ft

Step-by-step explanation:  Area of a triangle is: A = \frac{b.h}{2}

where:

b is base of a triangle

h is height of a triangle

For this right triangle, it is known one side, s, and hypotenuse, 12. To determine the other side, we use Pythagoras Theorem:

hypotenuse² = side² + side²

12^{2} = s^{2} + x^{2}

x^{2} = 12^{2} - s^{2}

x^{2} = 144 - s^{2}

x = \sqrt{144 - s^{2} }

To determine the Area of the right triangle as function of s:

A = \frac{b.h}{2}

A = \frac{1}{2}(s.x)

A = \frac{1}{2} . (s.\sqrt{144 - s^{2} })

Therefore, the area of the right triangle is:

A = \frac{1}{2} . (s.\sqrt{144 - s^{2} })

The ladder and the wall form a right triangle. The height of it is 13 ft, the base is 5ft and the hypotenuse is the length of the ladder. So, to find the minimum length, use Pythagoras Theorem:

hypotenuse² = side² + side²

h² = 13² + 5²

h² = 169 + 25

h = \sqrt{194}

h = 14

The minimum length the ladder has to have to reach the top is 14 ft.

Solution 2
A(s) equals 1/2 s square root of 144 minus s squared.. As s and r are the sides and the area of the triangle are 1/2(s)(r)
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\bf ~~~~~~~~~~~~\textit{negative exponents}
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\qquad \qquad
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\\\\
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Draw 8 lines that are between 1inch and 3 inches long
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I NEED HELP STAT PLZ PLZ PLZ Betty has between $40$ and $50$ pennies that she wants to arrange in a rectangular array. She notices she can arrange the pennies in three different ways without any gaps or spaces. However, if Betty adds two more pennies to her collection, she can only arrange the pennies in one way without any gaps or spaces: a straight line. How many pennies does Betty have?
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