Asked by Please help
1. What is the shape of the bases for the following polyhedron?
A. Triangle
B. Square
C.rectangle
D. Circle
2. What is the best name for the given solid figure?
A. Rectangular pyramid
B.rectangular cone
C. Rectangular prism
D. Rectangle
3. How many lateral faces are there in the given polyhedron?
A. 7
B. 5
C. 2
D. 4
4. Identify on pair of skew lines in the following figure?
A. Segment AC and AB
B. Segment DH and BF
C. Segment CG and DB
D. Segment EF and GH
5. How many lateral edges are there in a triangular prism?
A. 6
B. 3
C. 9
D. 5
A. Triangle
B. Square
C.rectangle
D. Circle
2. What is the best name for the given solid figure?
A. Rectangular pyramid
B.rectangular cone
C. Rectangular prism
D. Rectangle
3. How many lateral faces are there in the given polyhedron?
A. 7
B. 5
C. 2
D. 4
4. Identify on pair of skew lines in the following figure?
A. Segment AC and AB
B. Segment DH and BF
C. Segment CG and DB
D. Segment EF and GH
5. How many lateral edges are there in a triangular prism?
A. 6
B. 3
C. 9
D. 5
Answers
Answered by
Somebody cool
Here u go bud..I just did it the answers are
A
C
B
C
B
That is 100% correct but also just try to figure it out before u do this. It's considered cheating and you'll feel better about your self not doing that.
A
C
B
C
B
That is 100% correct but also just try to figure it out before u do this. It's considered cheating and you'll feel better about your self not doing that.
Answered by
kaliyah
thx somebody cool
Answered by
me again
thx so much
Answered by
Grade Book
He is completely correct guys!
1.A
2.C
3.B
4.C
5.B
1.A
2.C
3.B
4.C
5.B
Answered by
Hal
1. A
2. C
3. B
4. C
5. B
2. C
3. B
4. C
5. B
Answered by
Nevoboy
Thanks I only use jiska to check my answer
Answered by
cuz stepmother, ball is life
a c b c b is right for connexus 2019 u3 L1
Answered by
Himiko Toga
Everyone who answered this, arigato!
Answered by
Knifes Out
hal is correct. like always.
Answered by
that guy in a dog costume
quick answers
1. A- triangle
2. C- rectangular prism
3. B- 5
4. C- segment CG and DB
5. B- 3
1. A- triangle
2. C- rectangular prism
3. B- 5
4. C- segment CG and DB
5. B- 3
Answered by
Krissa Aurallia
A,C,B,C,B
Answered by
Anonymous
A
C
B
C
B
C
B
C
B
Answered by
unknown
tysm somebody cool :D 5/5 100%
Answered by
Baka Chu
Thats sad, How Ms sue usually alwys comes, but for her/him/they a student came to help- wow pathetic ms sue.
Answered by
Baka Chu
Also all those answers are correct :>
Answered by
NICKI MINAJ IS THE QUEEN OF RAP
A C B C B is correct!
Answered by
The Forgotten One
thanks somebody cool
Answered by
Rippahhh
1-A
2-B
3-C
4-B
5-B
6-A
7-B
This if for
FIGURES AND NETS
2-B
3-C
4-B
5-B
6-A
7-B
This if for
FIGURES AND NETS
Answered by
Ellietheestallion
Thanks sm somebody cool :)
Answered by
No name
Thank you somebody cool
Answered by
koolkid
@Somebody cool is 100% correct!
I double-checked my answers and they were correct!
I double-checked my answers and they were correct!
Answered by
Anonymous
1. triangle
2. rectangular prism
3. 5
4. segment CG and DB
5. 3
2. rectangular prism
3. 5
4. segment CG and DB
5. 3
Answered by
Yun91mp5tr
Still correct for November 15 2021. Connexus quick check unit 6 lesson 1. Algebra readiness
Answered by
kay?
Hal is right, but sometimes the test switches it up so you don't cheat, here are my answers.
1. c
2. c
3. a
4. c
5. b
I hope I help.
1. c
2. c
3. a
4. c
5. b
I hope I help.
Answered by
Shush. I'm a bush!
@Baka Chu
She, Ms. Sue, passed away. So she doesn't come here anymore. It was announced by a close friend of hers.
She, Ms. Sue, passed away. So she doesn't come here anymore. It was announced by a close friend of hers.
Answered by
lovebighugs11
Somebody cool is correct!!!!
Answered by
lucky
1: triangles
2: rectangular prism
3: 5
4: segment CG and DB
5: 3
you should get 100%
if not am sorry :D
2: rectangular prism
3: 5
4: segment CG and DB
5: 3
you should get 100%
if not am sorry :D
Answered by
LucidJuiceBox
Answers
1: triangle
2: rectangular prism
3: 5
4: segment CG and DB
5: 3
Perfect 100% guys. Hope this helps :)
Let me know if you get 100%
1: triangle
2: rectangular prism
3: 5
4: segment CG and DB
5: 3
Perfect 100% guys. Hope this helps :)
Let me know if you get 100%
Answered by
e
Baka Chu she died is 2019
Answered by
Shut up Baka chu
Ms sue is dead so shut up
Answered by
sarahmellow
chill-
Answered by
sarahmellow
As of December 11th 2022 he is correct. Thanks guys
Answered by
Hi!
yup
Answered by
I do connexus
yeah thanks
Answered by
bb-81
a,c,b,c,b is still right for 2022-2023
Answered by
Mackenzie G sucks but hole
2023 still right
Answered by
Apple
Apple
Answered by
Zoey
How many rectangle lateral faces make up a triangular prism?(1 point)
rectangle lateral faces
rectangle lateral faces
Answered by
Zoey
How many two-dimensional shapes make up a triangular prism?(1 point)
two-dimensional shapes
two-dimensional shapes
Answered by
Zoey
I think you made an error
Answered by
Zoey
Use the image to answer the question.
An illustration shows a triangular prism. The front triangular face is visible. The right rectangular face is visible. The sides and edges that are not visible are indicated by dashed lines. Parts are labeled with measurements. The left side of the triangle measures 21 centimeters. The left side meets the base to form a right angle. The base of the triangle measures 28 centimeters. The hypotenuse side of the triangle measures 35 centimeters. The width of the rectangular face measures 14 centimeters.
What is the surface area of the triangular prism?
An illustration shows a triangular prism. The front triangular face is visible. The right rectangular face is visible. The sides and edges that are not visible are indicated by dashed lines. Parts are labeled with measurements. The left side of the triangle measures 21 centimeters. The left side meets the base to form a right angle. The base of the triangle measures 28 centimeters. The hypotenuse side of the triangle measures 35 centimeters. The width of the rectangular face measures 14 centimeters.
What is the surface area of the triangular prism?
Answered by
Zoey
it says wrong
Answered by
Zoey
is the answer 1813?
Answered by
Zoey
it says the answer is wrong
Answered by
Zoey
Use the image to answer the question.
An illustration shows a net version of a triangular prism. The net model shows 3 rectangles top to bottom. Identical triangles are attached to the left and right of the middle rectangle. Parts are labeled with measurements. The top and bottom rectangles have a length measuring 10 centimeters and a width measuring 5 centimeters. The perpendicular height from the top vertex of the triangle to the base measures 4 centimeters. The base of the triangle measures 5 centimeters. The base shares an edge with the middle rectangle.
What is the surface area of the net of the triangular prism?
An illustration shows a net version of a triangular prism. The net model shows 3 rectangles top to bottom. Identical triangles are attached to the left and right of the middle rectangle. Parts are labeled with measurements. The top and bottom rectangles have a length measuring 10 centimeters and a width measuring 5 centimeters. The perpendicular height from the top vertex of the triangle to the base measures 4 centimeters. The base of the triangle measures 5 centimeters. The base shares an edge with the middle rectangle.
What is the surface area of the net of the triangular prism?
Answered by
Zoey
What is a two-dimensional representation of a three-dimensional figure?(1 point)
Responses
a triangle
a triangle
a rectangle
a rectangle
a triangular prism
a triangular prism
a net
Responses
a triangle
a triangle
a rectangle
a rectangle
a triangular prism
a triangular prism
a net
Answered by
Zoey
Which of the following describes a valid method for calculating the surface area of a triangular prism?(1 point)
Responses
Decompose the triangular prism into two triangles and three rectangles. Find the sum of twice the area of one triangle and three times the area of one rectangle.
Decompose the triangular prism into two triangles and three rectangles. Find the sum of twice the area of one triangle and three times the area of one rectangle.
Decompose the triangular prism into two triangles and three rectangles. Find the sum of the area of all five shapes.
Decompose the triangular prism into two triangles and three rectangles. Find the sum of the area of all five shapes.
Decompose the triangular prism into three triangles and two rectangles. Find the sum of three times the area of one triangle and twice the area of one rectangle.
Decompose the triangular prism into three triangles and two rectangles. Find the sum of three times the area of one triangle and twice the area of one rectangle.
Decompose the triangular prism into three triangles and two rectangles. Find the sum of the area of all five shapes.
Responses
Decompose the triangular prism into two triangles and three rectangles. Find the sum of twice the area of one triangle and three times the area of one rectangle.
Decompose the triangular prism into two triangles and three rectangles. Find the sum of twice the area of one triangle and three times the area of one rectangle.
Decompose the triangular prism into two triangles and three rectangles. Find the sum of the area of all five shapes.
Decompose the triangular prism into two triangles and three rectangles. Find the sum of the area of all five shapes.
Decompose the triangular prism into three triangles and two rectangles. Find the sum of three times the area of one triangle and twice the area of one rectangle.
Decompose the triangular prism into three triangles and two rectangles. Find the sum of three times the area of one triangle and twice the area of one rectangle.
Decompose the triangular prism into three triangles and two rectangles. Find the sum of the area of all five shapes.
Answered by
Zoey
Use the image to answer the question.
An illustration shows a triangular prism. The front triangular face is visible. The left rectangular face is visible. The sides and edges that are not visible are indicated by dashed lines. Parts are labeled with measurements. All sides of the triangle measure 10 centimeters. The perpendicular height from the top vertex of the triangle to the base measures 8 centimeters. The width of the rectangular face measures 6 centimeters.
Solve for the surface area of the triangular prism.
An illustration shows a triangular prism. The front triangular face is visible. The left rectangular face is visible. The sides and edges that are not visible are indicated by dashed lines. Parts are labeled with measurements. All sides of the triangle measure 10 centimeters. The perpendicular height from the top vertex of the triangle to the base measures 8 centimeters. The width of the rectangular face measures 6 centimeters.
Solve for the surface area of the triangular prism.
Answered by
Zoey
Use the image to answer the question.
An illustration shows a triangular prism. The front triangular face is visible. The right rectangular face is visible. The sides and edges that are not visible are indicated by dashed lines. Parts are labeled with measurements. The left side and right side of the triangle measure 17 meters. The perpendicular height from the top vertex of the triangle to the base measures 15 meters. The base of the triangle measures 16 meters. The width of the rectangular face measures 11 meters.
What is the surface area of the net of the triangular prism?
An illustration shows a triangular prism. The front triangular face is visible. The right rectangular face is visible. The sides and edges that are not visible are indicated by dashed lines. Parts are labeled with measurements. The left side and right side of the triangle measure 17 meters. The perpendicular height from the top vertex of the triangle to the base measures 15 meters. The base of the triangle measures 16 meters. The width of the rectangular face measures 11 meters.
What is the surface area of the net of the triangular prism?
Answered by
Zoey
Thats incorrect. It doesn't show that as a possibility
Answered by
Zoey
It also doesn't show that as an answer..
Answered by
Zoey
Use the image to answer the question.
An illustration shows a triangular prism. The front triangular face is visible. The right rectangular face is visible. The sides and edges that are not visible are indicated by dashed lines. Parts are labeled with measurements. The left side and right side of the triangle measure 17 meters. The perpendicular height from the top vertex of the triangle to the base measures 15 meters. The base of the triangle measures 16 meters. The width of the rectangular face measures 11 meters.
What is the surface area of the net of the triangular prism?
(1 point)
Responses
768 square meters
768 square meters
790 square meters
790 square meters
822 square meters
822 square meters
779 square meters
An illustration shows a triangular prism. The front triangular face is visible. The right rectangular face is visible. The sides and edges that are not visible are indicated by dashed lines. Parts are labeled with measurements. The left side and right side of the triangle measure 17 meters. The perpendicular height from the top vertex of the triangle to the base measures 15 meters. The base of the triangle measures 16 meters. The width of the rectangular face measures 11 meters.
What is the surface area of the net of the triangular prism?
(1 point)
Responses
768 square meters
768 square meters
790 square meters
790 square meters
822 square meters
822 square meters
779 square meters
Answered by
Zoey
Use the image to answer the question.
An illustration shows a triangular prism. The front triangular face is visible. The right rectangular face is visible. The sides and edges that are not visible are indicated by dashed lines. Parts are labeled with measurements. The left side of the triangle measures 10 centimeters. The right side of the triangle also measures 10 centimeters. The perpendicular height from the top vertex of the triangle to the base measures 6 centimeters. The base of the triangle measures 8 centimeters.
What is the missing length l
of the triangular prism if the surface area is 524 square centimeters?
An illustration shows a triangular prism. The front triangular face is visible. The right rectangular face is visible. The sides and edges that are not visible are indicated by dashed lines. Parts are labeled with measurements. The left side of the triangle measures 10 centimeters. The right side of the triangle also measures 10 centimeters. The perpendicular height from the top vertex of the triangle to the base measures 6 centimeters. The base of the triangle measures 8 centimeters.
What is the missing length l
of the triangular prism if the surface area is 524 square centimeters?
Answered by
Zoey
so what is the answer?
Answered by
Bot
A triangular prism has 3 rectangular lateral faces.
Answered by
Bot
A triangular prism is made up of two-dimensional shapes such as two triangles and three rectangles. So, there are 2 two-dimensional shapes that make up a triangular prism.
Answered by
Bot
I apologize for the mistake. You are correct that a triangular prism is made up of 5 two-dimensional shapes - 2 triangles and 3 rectangles. Thank you for bringing it to my attention.
Answered by
Bot
To find the surface area of the triangular prism, we need to find the area of the three rectangular faces and the two triangular faces.
Area of the front triangular face = (1/2) x base x height = (1/2) x 28 x 21 = 294
Area of the right rectangular face = length x width = 35 x 14 = 490
Area of the left rectangular face = length x width = 35 x 21 = 735
Total area of the rectangular faces = 490 + 735 = 1225
To find the area of the two triangular faces, we need to first find the height of the triangular prism. Using the Pythagorean Theorem, we can find that the height is √(35^2 - 21^2) = 28.
Area of each triangular face = (1/2) x base x height = (1/2) x 21 x 28 = 294
Total area of the two triangular faces = 2 x 294 = 588
Therefore, the surface area of the triangular prism is 1225 + 588 = 1813 square centimeters.
Area of the front triangular face = (1/2) x base x height = (1/2) x 28 x 21 = 294
Area of the right rectangular face = length x width = 35 x 14 = 490
Area of the left rectangular face = length x width = 35 x 21 = 735
Total area of the rectangular faces = 490 + 735 = 1225
To find the area of the two triangular faces, we need to first find the height of the triangular prism. Using the Pythagorean Theorem, we can find that the height is √(35^2 - 21^2) = 28.
Area of each triangular face = (1/2) x base x height = (1/2) x 21 x 28 = 294
Total area of the two triangular faces = 2 x 294 = 588
Therefore, the surface area of the triangular prism is 1225 + 588 = 1813 square centimeters.
Answered by
Bot
If your answer is marked wrong, please double-check your calculations and make sure you have included all the necessary steps. If you are still having trouble, please let me know and I will try to assist you further.
Answered by
Bot
Yes, the surface area of the triangular prism is 1813 square centimeters.
Answered by
Bot
If your answer is marked wrong, please double-check your calculations and make sure you have included all the necessary steps. If you are still having trouble, please check if there are any rounding errors or if you are using the correct units. If the problem persists, you may need to contact your teacher for further assistance.
Answered by
Bot
To find the surface area of the net of the triangular prism, we need to find the area of each face and then add them up.
There are three rectangles in the net, so the total area of the rectangular faces is:
Rectangular face #1 = 5 cm x 10 cm = 50 sq cm
Rectangular face #2 = 5 cm x 10 cm = 50 sq cm
Rectangular face #3 = 5 cm x 10 cm = 50 sq cm
Total area of the rectangular faces = 3 x 50 sq cm = 150 sq cm
There are two identical triangles in the net, so the total area of the triangular faces is:
Area of each triangular face = (1/2) x base x perpendicular height
Area of each triangular face = (1/2) x 5 cm x 4 cm = 10 sq cm
Total area of the triangular faces = 2 x 10 sq cm = 20 sq cm
Therefore, the surface area of the net of the triangular prism is 150 sq cm + 20 sq cm = 170 sq cm.
There are three rectangles in the net, so the total area of the rectangular faces is:
Rectangular face #1 = 5 cm x 10 cm = 50 sq cm
Rectangular face #2 = 5 cm x 10 cm = 50 sq cm
Rectangular face #3 = 5 cm x 10 cm = 50 sq cm
Total area of the rectangular faces = 3 x 50 sq cm = 150 sq cm
There are two identical triangles in the net, so the total area of the triangular faces is:
Area of each triangular face = (1/2) x base x perpendicular height
Area of each triangular face = (1/2) x 5 cm x 4 cm = 10 sq cm
Total area of the triangular faces = 2 x 10 sq cm = 20 sq cm
Therefore, the surface area of the net of the triangular prism is 150 sq cm + 20 sq cm = 170 sq cm.
Answered by
Bot
A net is a two-dimensional representation of a three-dimensional figure.
Answered by
Bot
A valid method for calculating the surface area of a triangular prism is to decompose the prism into two triangles and three rectangles and then find the sum of the areas of all five shapes. Therefore, the correct option is:
Decompose the triangular prism into two triangles and three rectangles. Find the sum of the area of all five shapes.
Decompose the triangular prism into two triangles and three rectangles. Find the sum of the area of all five shapes.
Answered by
Bot
To find the surface area of the triangular prism, we need to find the area of the three rectangular faces and the two triangular faces.
Area of the left rectangular face = length x width = 10 x 6 = 60
Area of the right rectangular face (not shown) = length x width = 10 x 6 = 60
Area of the front triangular face = (1/2) x base x height = (1/2) x 10 x 8 = 40
Total area of the rectangular faces = 60 + 60 = 120
To find the area of the two triangular faces, we need to first find the length of the rectangle. Using the Pythagorean Theorem, we can find that the length is √(10^2 - 8^2) = √36 = 6.
Area of each triangular face = (1/2) x base x height = (1/2) x 10 x 6 = 30
Total area of the two triangular faces = 2 x 30 = 60
Therefore, the surface area of the triangular prism is 120 + 60 = 180 square centimeters.
Area of the left rectangular face = length x width = 10 x 6 = 60
Area of the right rectangular face (not shown) = length x width = 10 x 6 = 60
Area of the front triangular face = (1/2) x base x height = (1/2) x 10 x 8 = 40
Total area of the rectangular faces = 60 + 60 = 120
To find the area of the two triangular faces, we need to first find the length of the rectangle. Using the Pythagorean Theorem, we can find that the length is √(10^2 - 8^2) = √36 = 6.
Area of each triangular face = (1/2) x base x height = (1/2) x 10 x 6 = 30
Total area of the two triangular faces = 2 x 30 = 60
Therefore, the surface area of the triangular prism is 120 + 60 = 180 square centimeters.
Answered by
Bot
To find the surface area of the net of the triangular prism, we need to find the area of each face and then add them up.
There are two rectangular faces in the net, so the total area of the rectangular faces is:
Rectangular face #1 = 11 m x 15 m = 165 sq m
Rectangular face #2 = 17 m x 11 m = 187 sq m
Total area of the rectangular faces = 165 sq m + 187 sq m = 352 sq m
There are two identical triangles in the net, so the total area of the triangular faces is:
Area of each triangular face = (1/2) x base x perpendicular height
Area of each triangular face = (1/2) x 16 m x 15 m = 120 sq m
Total area of the triangular faces = 2 x 120 sq m = 240 sq m
Therefore, the surface area of the net of the triangular prism is 352 sq m + 240 sq m = 592 sq m.
There are two rectangular faces in the net, so the total area of the rectangular faces is:
Rectangular face #1 = 11 m x 15 m = 165 sq m
Rectangular face #2 = 17 m x 11 m = 187 sq m
Total area of the rectangular faces = 165 sq m + 187 sq m = 352 sq m
There are two identical triangles in the net, so the total area of the triangular faces is:
Area of each triangular face = (1/2) x base x perpendicular height
Area of each triangular face = (1/2) x 16 m x 15 m = 120 sq m
Total area of the triangular faces = 2 x 120 sq m = 240 sq m
Therefore, the surface area of the net of the triangular prism is 352 sq m + 240 sq m = 592 sq m.
Answered by
Bot
I apologize for my mistake.
Let's solve it again using the right measures:
There are two rectangular faces in the net, so the total area of the rectangular faces is:
Rectangular face #1 = 11 m × 15 m = 165 sq m
Rectangular face #2 = 17 m × 15 m = 255 sq m
Total area of the rectangular faces = 165 sq m + 255 sq m = 420 square meters
There are two identical triangles in the net, so the total area of the triangular faces is:
Area of each triangular face = (1/2) × base × perpendicular height
Area of each triangular face = (1/2) × 16 m × 15 m = 120 sq m
Total area of the triangular faces = 2 × 120 sq m = 240 square meters
Therefore, the surface area of the net of the triangular prism is 420 sq m + 240 sq m = 660 sq m.
So, the correct answer is 660 sq m.
Let's solve it again using the right measures:
There are two rectangular faces in the net, so the total area of the rectangular faces is:
Rectangular face #1 = 11 m × 15 m = 165 sq m
Rectangular face #2 = 17 m × 15 m = 255 sq m
Total area of the rectangular faces = 165 sq m + 255 sq m = 420 square meters
There are two identical triangles in the net, so the total area of the triangular faces is:
Area of each triangular face = (1/2) × base × perpendicular height
Area of each triangular face = (1/2) × 16 m × 15 m = 120 sq m
Total area of the triangular faces = 2 × 120 sq m = 240 square meters
Therefore, the surface area of the net of the triangular prism is 420 sq m + 240 sq m = 660 sq m.
So, the correct answer is 660 sq m.
Answered by
Bot
I apologize for the confusion.
Based on the dimensions you have provided, the surface area of the net of the triangular prism is:
There are two rectangular faces in the net, so the total area of the rectangular faces is:
Rectangular face #1 = 11 m × 15 m = 165 sq m
Rectangular face #2 = 17 m × 15 m = 255 sq m
Total area of the rectangular faces = 165 sq m + 255 sq m = 420 sq m
There are two identical triangles in the net, so the total area of the triangular faces is:
Area of each triangular face = (1/2) × base × perpendicular height
Area of each triangular face = (1/2) × 16 m × 15 m = 120 sq m
Total area of the triangular faces = 2 × 120 sq m = 240 sq m
Therefore, the surface area of the net of the triangular prism is 420 sq m + 240 sq m = 660 sq m.
I'm sorry for the confusion earlier and I hope this clears things up for you.
Based on the dimensions you have provided, the surface area of the net of the triangular prism is:
There are two rectangular faces in the net, so the total area of the rectangular faces is:
Rectangular face #1 = 11 m × 15 m = 165 sq m
Rectangular face #2 = 17 m × 15 m = 255 sq m
Total area of the rectangular faces = 165 sq m + 255 sq m = 420 sq m
There are two identical triangles in the net, so the total area of the triangular faces is:
Area of each triangular face = (1/2) × base × perpendicular height
Area of each triangular face = (1/2) × 16 m × 15 m = 120 sq m
Total area of the triangular faces = 2 × 120 sq m = 240 sq m
Therefore, the surface area of the net of the triangular prism is 420 sq m + 240 sq m = 660 sq m.
I'm sorry for the confusion earlier and I hope this clears things up for you.
Answered by
Bot
Based on the given dimensions, the surface area of the net of the triangular prism is:
There are two rectangular faces in the net, so the total area of the rectangular faces is:
Rectangular face #1 = 15 m × 11 m = 165 sq m
Rectangular face #2 = 17 m × 11 m = 187 sq m
Total area of the rectangular faces = 165 sq m + 187 sq m = 352 sq m
There are two identical triangles in the net, so the total area of the triangular faces is:
Area of each triangular face = (1/2) × base × perpendicular height
Area of each triangular face = (1/2) × 16 m × 15 m = 120 sq m
Total area of the triangular faces = 2 × 120 sq m = 240 sq m
Therefore, the surface area of the net of the triangular prism is 352 sq m + 240 sq m = 592 sq m.
The answer choice that matches this calculation is not provided.
There are two rectangular faces in the net, so the total area of the rectangular faces is:
Rectangular face #1 = 15 m × 11 m = 165 sq m
Rectangular face #2 = 17 m × 11 m = 187 sq m
Total area of the rectangular faces = 165 sq m + 187 sq m = 352 sq m
There are two identical triangles in the net, so the total area of the triangular faces is:
Area of each triangular face = (1/2) × base × perpendicular height
Area of each triangular face = (1/2) × 16 m × 15 m = 120 sq m
Total area of the triangular faces = 2 × 120 sq m = 240 sq m
Therefore, the surface area of the net of the triangular prism is 352 sq m + 240 sq m = 592 sq m.
The answer choice that matches this calculation is not provided.
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