Mathematics, 05.05.2020 03:07 jacks0292

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A rectangular pyramid. The rectangular base has a length of 10 inches and a width of 6 inches. 2 triangular sides have a base of 10 inches and height of 5.6 inches. 2 triangular sides have a base of 5 inches and height of 7.1 inches.

The base of the rectangular pyramid shown has an area of _ square inches

A triangular face with a base of 10 inches has an area of _ square inches.

A triangular face with a base of 5 inches has an area of _ square inches.

The total surface area of the pyramid is _ square inches.

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Answer from: jendun123ovrxij

a) The base of the rectangular pyramid shown has an area of

60 square inches

b) A triangular face with a base of 10 inches has an area of 28 square inches.

c) A triangular face with a base of 5 inches has an area of 17.75 square inches.

d) The total surface area of the pyramid is 151.5 square inches.

Step-by-step explanation:

a) Solving for question a, we were given the following parameters

A rectangular pyramid. The rectangular base has a length of 10 inches and a width of 6 inches

The formula used to calculate the rectangular base of a rectangular pyramid =

Length × Width

Where :

Length = 10 inches

Width = 6 inches

Rectangular base = 10 inches × 6 inches

= 60 inches²

Hence, the base of the rectangular pyramid shown has an area of 60 square inches

b) Solving for question b, we have the following values given:

2 triangular sides have a base of 10 inches and height of 5.6 inches.

First step would be to solve for one triangular side first.

The area of the one triangular side = (Base × Height) ÷ 2

= (10 inches × 5.6 inches) ÷ 2

= 56inches² ÷ 2

= 28 inches²

Therefore, for the 2 triangular sides, since they have the same base and height, the other side as well would be 28 inches².

A triangular face with a base of 10 inches has an area of 28 square inches.

c) Solving for question c, the following parameters are given:

2 triangular sides have a base of 5 inches and height of 7.1 inches.

We would be to solving for one triangular side first.

The area of the one triangular side = (Base × Height) ÷ 2

= (5 inches × 7.1 inches) ÷ 2

= 35.5 inches² ÷ 2

= 17.75 inches²

Therefore, for the 2 triangular sides, since they have the same base and height, the other side as well would be 17.75 inches².

A triangular face with a base of 5 inches has an area of 17.75 square inches.

d) Solving for d, it is important to note that, a rectangular pyramid has 5 faces and they are: The rectangular base and 4 triangular faces

The formula for the total surface area of the rectangular pyramid is given as

Total Surface Area of the rectangular pyramid = Rectangular Base + Area of Triangular Side A + Area of Triangular Side B + Area of Triangular Side C + Area of Triangular Side D + Area of Triangular Side E

Total Surface Area of the Rectangular Pyramid = 60 inches² + 28 inches² + 28 inches² + 17.75 inches² + 17.75 inches²

Total surface Area of the Rectangular pyramid = 151.5 inches²

The total surface area of the pyramid is 151.5 square inches.

Answer from: hidagiser

$A_{b} = 60\,in^{2}$ , $A_{s,I} = 28\,in^{2}$ , $A_{s,II} = 17.75\,in^{2}$ , $A_{T} = 151.5\,in^{2}$

Step-by-step explanation:

The base of the rectangular pyramid has an area of:

$A_{b} = (10\,in)\cdot (6\,in)$

$A_{b} = 60\,in^{2}$

The triangular face with a base of 10 inches has an area of:

$A_{s,I} = \frac{1}{2}\cdot (10\,in)\cdot (5.6\,in)$

$A_{s,I} = 28\,in^{2}$

The triangular face with a base of 5 inches has an area of:

$A_{s,II} =\frac{1}{2}\cdot (5\,in)\cdot (7.1\,in)$

$A_{s,II} = 17.75\,in^{2}$

The total surface area of the pyramid is:

$A_{T} = A_{b} + 2\cdot (A_{s,I}+A_{s,II})$

$A_{T} = 60\,in^{2} + 2\cdot (28\,in^{2}+17.75\,in^{2})$

$A_{T} = 151.5\,in^{2}$

Answer from: Quest

no association

step-by-step explanation:

if you have eyes and you can use them efficiently you can see that it just looks like random dots like do a line of best fit and like they're so spread out it's such a weak association you might as well consider it nonexistent

Which statement best describes the association between variable x and variable y? perfect negative

Answer from: Quest

imma say 16%. sorry if its wrong. i'm doing the same stuff right now

step-by-step explanation:

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