answer. Remember: the correct answer ONLY is worr points. SIMPLIFY IF POSSIBLE (WORK, means numerical, graphical, analytical and verbal approaches). 1) PART A: On the same side of a straight river are two towns, and the townspeople want to build a pumping station, S. See figure below. The pumping station is to be at the river's edge with pipes extending straight to the two towns. Which function must you minimize over the interval OsS S4 to find the location for the pumping station that minimizes the total length of the pipe? + + |x – +| + |x| + I C. (1/2) x 1+ (1/2) (4 - x) 4 D. x(4-x) B. Vx2 +1+ (4 – x)² + 16 I mile Town 4 miles Town 2
answer. Remember: the correct answer ONLY is worr points. SIMPLIFY IF POSSIBLE (WORK, means numerical, graphical, analytical and verbal approaches). 1) PART A: On the same side of a straight river are two towns, and the townspeople want to build a pumping station, S. See figure below. The pumping station is to be at the river's edge with pipes extending straight to the two towns. Which function must you minimize over the interval OsS S4 to find the location for the pumping station that minimizes the total length of the pipe? + + |x – +| + |x| + I C. (1/2) x 1+ (1/2) (4 - x) 4 D. x(4-x) B. Vx2 +1+ (4 – x)² + 16 I mile Town 4 miles Town 2
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...
Related questions
Question
![answer. Remember: the correct answer ONLY is worr
points. SIMPLIFY IF POSSIBLE (WORK, means numerical, graphical, analytical and verbal approaches).
1)
PART A: On the same side of a straight river are two towns, and the townspeople want to build a
pumping station, S. See figure below. The pumping station is to be at the river's edge with pipes
extending straight to the two towns. Which function must you minimize over the interval
OsS S4 to find the location for the pumping station that minimizes the total length of the pipe?
+ + |x – +| + |x| + I
C. (1/2) x 1+ (1/2) (4 - x) 4
D. x(4-x)
B. Vx2 +1+ (4 – x)² + 16
I mile
Town
4 miles
Town 2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fefc0e927-4815-4e2f-82d9-9b6b5f419d74%2F899dfd83-3c28-48ab-ac0d-9caddf778afe%2Ffk8oz2j.jpeg&w=3840&q=75)
Transcribed Image Text:answer. Remember: the correct answer ONLY is worr
points. SIMPLIFY IF POSSIBLE (WORK, means numerical, graphical, analytical and verbal approaches).
1)
PART A: On the same side of a straight river are two towns, and the townspeople want to build a
pumping station, S. See figure below. The pumping station is to be at the river's edge with pipes
extending straight to the two towns. Which function must you minimize over the interval
OsS S4 to find the location for the pumping station that minimizes the total length of the pipe?
+ + |x – +| + |x| + I
C. (1/2) x 1+ (1/2) (4 - x) 4
D. x(4-x)
B. Vx2 +1+ (4 – x)² + 16
I mile
Town
4 miles
Town 2
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