Question 006D: Complete the following questions involving the amount of Force that is exerted on a Dam when holding back a fluid. The Dam is holding back a lake of pepsi cola (density 1200 kg/m 3). and the gravity of the planet is 14 m/s 2. Find the amount of Force that the pepsi is exerting on the dam. Force = Gravity * Density Width Depth dy O 407 750 000 Newtons O 492 800 000 Newtons O 344 960 000 Newtons O 246 400 000 Newtons
Question 006D: Complete the following questions involving the amount of Force that is exerted on a Dam when holding back a fluid. The Dam is holding back a lake of pepsi cola (density 1200 kg/m 3). and the gravity of the planet is 14 m/s 2. Find the amount of Force that the pepsi is exerting on the dam. Force = Gravity * Density Width Depth dy O 407 750 000 Newtons O 492 800 000 Newtons O 344 960 000 Newtons O 246 400 000 Newtons
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Already answered Q6 A, B, and C. I need help with D.
![Questoin 006C: Complete the following questions involving the amount of Force that is exerted on a Dam when holding back a fluid.
Now that you have a formula for the width of the right side of the dam, get the letter "x" by itself, then multiply by two to get the width for the entire dam.
Width =-
Ty+ 15
Width =
-y - 60
Width
y+30
3
У-24
Width =
QUESTION 12
Question 006D: Complete the following questions involving the amount
Force that is exerted on a Dam when holding back a fluid.
The Dam is holding back a lake of pepsi cola (density 1200 kg/m 3). and the gravity of the planet is 14 m/s 2. Find the amount of Force that the pepsi is exerting on the dam.
Force =
|Gravity * Density * Width * Depth dy
407 750 000 Newtons
O 492 800 000 Newtons
O 344 960 000 Newtons
O 246 400 000 Newtons](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F53fd1a71-96ae-464d-a1f2-388f21c746c9%2Febaaf71d-f056-451d-be97-8ed44fd05f22%2F2qw6lpf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Questoin 006C: Complete the following questions involving the amount of Force that is exerted on a Dam when holding back a fluid.
Now that you have a formula for the width of the right side of the dam, get the letter "x" by itself, then multiply by two to get the width for the entire dam.
Width =-
Ty+ 15
Width =
-y - 60
Width
y+30
3
У-24
Width =
QUESTION 12
Question 006D: Complete the following questions involving the amount
Force that is exerted on a Dam when holding back a fluid.
The Dam is holding back a lake of pepsi cola (density 1200 kg/m 3). and the gravity of the planet is 14 m/s 2. Find the amount of Force that the pepsi is exerting on the dam.
Force =
|Gravity * Density * Width * Depth dy
407 750 000 Newtons
O 492 800 000 Newtons
O 344 960 000 Newtons
O 246 400 000 Newtons
![Question 006A: Complete the following questions involving the amount of Force that is exerted on a Dam when holding back a fluid.
A Dam is in the shape of a Tapezoid. Use the picture below and your calculator to determine the Width of the Right Side of the Dam. The 4 corners of the dam are (-25,40), (-15,0), (15,0), and
(25,40)
45
as.40)
32
24
16
(-15, 0
15,0
16 24 32
-32
24 -16
x + 40
O y= -4x - 60
O y = Ox + 20
O y = 4x - 60
QUESTION 10
Question 006B: Complete the following questions involving the amount
Force that is exerted on a Dam when holding back a fluid.
The Dam has a maximum height of 40 m. Find the formula for the depth that the water can be.
Depth = Max Height - y
O Depth = 25 -y
O Depth = 15 -y
O Depth = 8 -y
O Depth = 40 - y](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F53fd1a71-96ae-464d-a1f2-388f21c746c9%2Febaaf71d-f056-451d-be97-8ed44fd05f22%2Ftjyxaar_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question 006A: Complete the following questions involving the amount of Force that is exerted on a Dam when holding back a fluid.
A Dam is in the shape of a Tapezoid. Use the picture below and your calculator to determine the Width of the Right Side of the Dam. The 4 corners of the dam are (-25,40), (-15,0), (15,0), and
(25,40)
45
as.40)
32
24
16
(-15, 0
15,0
16 24 32
-32
24 -16
x + 40
O y= -4x - 60
O y = Ox + 20
O y = 4x - 60
QUESTION 10
Question 006B: Complete the following questions involving the amount
Force that is exerted on a Dam when holding back a fluid.
The Dam has a maximum height of 40 m. Find the formula for the depth that the water can be.
Depth = Max Height - y
O Depth = 25 -y
O Depth = 15 -y
O Depth = 8 -y
O Depth = 40 - y
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