Chapter 4 Solve the following application problems. 46. An open-top box is to be constructed 48. An open-top box is to be construcA from a 10 inch by 18 inch sheet of tin by cutting out squares from each corner as shown and then folding up the sides. Let V(x) denote the volume of the resulting box. from a 9 inch by 17 inch sheet of by cutting out squares from e corner and then folding up the Let V(x) denote the volume ds resulting box. a. Write V(x) as a product of linear a. Write V(x) as a product ofi factors. factors. b. For which values of x is V (x)= 0? || b. For which values of x is Vre c. Which answers from part b. are c. Which of your answers fromprt are physically possible? physically possible? 49. Assume f(x) is an nª-degreepu TOPIC 1 mial with real coefficients E х 10 in. why the following statement is If n is even, the number of tu points is odd and if n is odd the ber of turning points is even. х - 18 in. 47. An open-top box is to be constructed from a 10 inch by 15 inch sheet of tin by cutting out squares from each corner and then folding up the sides. Let V (x) denote the volume of the resulting box. Rational Functions a. Write V (x) as a product of linear factors. b. For which values of x is V (x)= 0? %3D c. Which of your answers from part b. are physically possible?

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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#47 please.

Chapter 4
Solve the following application problems.
46. An open-top box is to be constructed 48. An open-top box is to be construcA
from a 10 inch by 18 inch sheet of
tin by cutting out squares from each
corner as shown and then folding
up the sides. Let V(x) denote the
volume of the resulting box.
from a 9 inch by 17 inch sheet of
by cutting out squares from e
corner and then folding up the
Let V(x) denote the volume ds
resulting box.
a. Write V(x) as a product of linear
a. Write V(x) as a product ofi
factors.
factors.
b. For which values of x is V (x)= 0?
||
b. For which values of x is Vre
c. Which answers from part b. are
c. Which of your answers fromprt
are physically possible?
physically possible?
49. Assume f(x) is an nª-degreepu TOPIC 1
mial with real coefficients E
х
10 in.
why the following statement is
If n is even, the number of tu
points is odd and if n is odd the
ber of turning points is even.
х
- 18 in.
47. An open-top box is to be constructed
from a 10 inch by 15 inch sheet of
tin by cutting out squares from each
corner and then folding up the sides.
Let V (x) denote the volume of the
resulting box.
Rational Functions
a. Write V (x) as a product of linear
factors.
b. For which values of x is V (x)= 0?
%3D
c. Which of your answers from part b.
are physically possible?
Transcribed Image Text:Chapter 4 Solve the following application problems. 46. An open-top box is to be constructed 48. An open-top box is to be construcA from a 10 inch by 18 inch sheet of tin by cutting out squares from each corner as shown and then folding up the sides. Let V(x) denote the volume of the resulting box. from a 9 inch by 17 inch sheet of by cutting out squares from e corner and then folding up the Let V(x) denote the volume ds resulting box. a. Write V(x) as a product of linear a. Write V(x) as a product ofi factors. factors. b. For which values of x is V (x)= 0? || b. For which values of x is Vre c. Which answers from part b. are c. Which of your answers fromprt are physically possible? physically possible? 49. Assume f(x) is an nª-degreepu TOPIC 1 mial with real coefficients E х 10 in. why the following statement is If n is even, the number of tu points is odd and if n is odd the ber of turning points is even. х - 18 in. 47. An open-top box is to be constructed from a 10 inch by 15 inch sheet of tin by cutting out squares from each corner and then folding up the sides. Let V (x) denote the volume of the resulting box. Rational Functions a. Write V (x) as a product of linear factors. b. For which values of x is V (x)= 0? %3D c. Which of your answers from part b. are physically possible?
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