a. i) To find: A formula for Q as a function of the fixed ordering cost c , and plot its graph. The fixed ordering costs do not exceed $25.

Question

Chapter 4 Quiz 2 As always, show your work. 1) FindΘgivencscΘ=1.045. 2) Find Θ given sec Θ = 4.213. 3) Find Θ given cot Θ = 0.579. Solve the following three right triangles. B 21.0 34.6° ca 52.5 4)c 26° 5) A b 6) B 84.0 a 42° b

Answer 1

Question

Chapter 2.2, Problem 15E

To determine

a.

i)

To find:

A formula for Q as a function of the fixed ordering cost c, and plot its graph. The fixed ordering costs do not exceed $25.

To determine

ii)

To find:

The number of items to order at a time if the fixed ordering cost is $6 per order.

To determine

iii)

To write:

About increasing fixed ordering cost affect the number of items you order at a time.

To determine

b.

i)

To find:

A formula for Q as a function of the carrying cost h and make its graph. We do not expect the carrying cost for this particular item ever to exceed $25.

To determine

ii)

To find:

The optimal order size if the carrying cost is $15 per unit per year.

To determine

iii)

To write:

About increase in carrying cost affect the optimal order size.

To determine

iv)

To calculate:

The average rate of change per dollar in optimal order size if the carrying cost increases from $15 to $18.

To determine

v)

To explain:

The above graph is concave up or concave down.

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Chapter 4 Quiz 2 As always, show your work. 1) FindΘgivencscΘ=1.045. 2) Find Θ given sec Θ = 4.213. 3) Find Θ given cot Θ = 0.579. Solve the following three right triangles. B 21.0 34.6° ca 52.5 4)c 26° 5) A b 6) B 84.0 a 42° b

Q1: A: Let M and N be two subspace of finite dimension linear space X, show that if M = N then dim M = dim N but the converse need not to be true. B: Let A and B two balanced subsets of a linear space X, show that whether An B and AUB are balanced sets or nor. Q2: Answer only two A:Let M be a subset of a linear space X, show that M is a hyperplane of X iff there exists ƒ€ X'/{0} and a € F such that M = (x = x/f&x) = x}. fe B:Show that every two norms on finite dimension linear space are equivalent C: Let f be a linear function from a normed space X in to a normed space Y, show that continuous at x, E X iff for any sequence (x) in X converge to Xo then the sequence (f(x)) converge to (f(x)) in Y. Q3: A:Let M be a closed subspace of a normed space X, constract a linear space X/M as normed space B: Let A be a finite dimension subspace of a Banach space X, show that A is closed. C: Show that every finite dimension normed space is Banach space.

• Plane II is spanned by the vectors: P12 P2 = 1 • Subspace W is spanned by the vectors: W₁ = -- () · 2 1 W2 = 0

Answer 2

Question

Chapter 2.2, Problem 15E

To determine

a.

i)

To find:

A formula for Q as a function of the fixed ordering cost c, and plot its graph. The fixed ordering costs do not exceed $25.

To determine

ii)

To find:

The number of items to order at a time if the fixed ordering cost is $6 per order.

To determine

iii)

To write:

About increasing fixed ordering cost affect the number of items you order at a time.

To determine

b.

i)

To find:

A formula for Q as a function of the carrying cost h and make its graph. We do not expect the carrying cost for this particular item ever to exceed $25.

To determine

ii)

To find:

The optimal order size if the carrying cost is $15 per unit per year.

To determine

iii)

To write:

About increase in carrying cost affect the optimal order size.

To determine

iv)

To calculate:

The average rate of change per dollar in optimal order size if the carrying cost increases from $15 to $18.

To determine

v)

To explain:

The above graph is concave up or concave down.

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Answer 3

Question

Chapter 2.2, Problem 15E

To determine

a.

i)

To find:

A formula for Q as a function of the fixed ordering cost c, and plot its graph. The fixed ordering costs do not exceed $25.

To determine

ii)

To find:

The number of items to order at a time if the fixed ordering cost is $6 per order.

To determine

iii)

To write:

About increasing fixed ordering cost affect the number of items you order at a time.

To determine

b.

i)

To find:

A formula for Q as a function of the carrying cost h and make its graph. We do not expect the carrying cost for this particular item ever to exceed $25.

To determine

ii)

To find:

The optimal order size if the carrying cost is $15 per unit per year.

To determine

iii)

To write:

About increase in carrying cost affect the optimal order size.

To determine

iv)

To calculate:

The average rate of change per dollar in optimal order size if the carrying cost increases from $15 to $18.

To determine

v)

To explain:

The above graph is concave up or concave down.

Expert Solution & Answer

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Answer 4

Question

Chapter 2.2, Problem 15E

To determine

a.

i)

To find:

A formula for Q as a function of the fixed ordering cost c, and plot its graph. The fixed ordering costs do not exceed $25.

To determine

ii)

To find:

The number of items to order at a time if the fixed ordering cost is $6 per order.

To determine

iii)

To write:

About increasing fixed ordering cost affect the number of items you order at a time.

To determine

b.

i)

To find:

A formula for Q as a function of the carrying cost h and make its graph. We do not expect the carrying cost for this particular item ever to exceed $25.

To determine

ii)

To find:

The optimal order size if the carrying cost is $15 per unit per year.

To determine

iii)

To write:

About increase in carrying cost affect the optimal order size.

To determine

iv)

To calculate:

The average rate of change per dollar in optimal order size if the carrying cost increases from $15 to $18.

To determine

v)

To explain:

The above graph is concave up or concave down.

Expert Solution & Answer

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Answer 5

Chapter 2.2, Problem 15E

To determine

a.

i)

To find:

A formula for Q as a function of the fixed ordering cost c, and plot its graph. The fixed ordering costs do not exceed $25.

To determine

ii)

To find:

The number of items to order at a time if the fixed ordering cost is $6 per order.

To determine

iii)

To write:

About increasing fixed ordering cost affect the number of items you order at a time.

To determine

b.

i)

To find:

A formula for Q as a function of the carrying cost h and make its graph. We do not expect the carrying cost for this particular item ever to exceed $25.

To determine

ii)

To find:

The optimal order size if the carrying cost is $15 per unit per year.

To determine

iii)

To write:

About increase in carrying cost affect the optimal order size.

To determine

iv)

To calculate:

The average rate of change per dollar in optimal order size if the carrying cost increases from $15 to $18.

To determine

v)

To explain:

The above graph is concave up or concave down.

Answer 6

Chapter 2.2, Problem 15E

To determine

a.

i)

To find:

A formula for Q as a function of the fixed ordering cost c, and plot its graph. The fixed ordering costs do not exceed $25.

Answer 7

Chapter 2.2, Problem 15E

To determine

a.

i)

To find:

A formula for Q as a function of the fixed ordering cost c, and plot its graph. The fixed ordering costs do not exceed $25.

Answer 8

To determine

ii)

To find:

The number of items to order at a time if the fixed ordering cost is $6 per order.

Answer 9

To determine

ii)

To find:

The number of items to order at a time if the fixed ordering cost is $6 per order.

Answer 10

To determine

iii)

To write:

About increasing fixed ordering cost affect the number of items you order at a time.

Answer 11

To determine

iii)

To write:

About increasing fixed ordering cost affect the number of items you order at a time.

Answer 12

To determine

b.

i)

To find:

A formula for Q as a function of the carrying cost h and make its graph. We do not expect the carrying cost for this particular item ever to exceed $25.

Answer 13

To determine

b.

i)

To find:

A formula for Q as a function of the carrying cost h and make its graph. We do not expect the carrying cost for this particular item ever to exceed $25.

Answer 14

To determine

ii)

To find:

The optimal order size if the carrying cost is $15 per unit per year.

Answer 15

To determine

ii)

To find:

The optimal order size if the carrying cost is $15 per unit per year.

Answer 16

To determine

iii)

To write:

About increase in carrying cost affect the optimal order size.

Answer 17

To determine

iii)

To write:

About increase in carrying cost affect the optimal order size.

Answer 18

To determine

iv)

To calculate:

The average rate of change per dollar in optimal order size if the carrying cost increases from $15 to $18.

Answer 19

To determine

iv)

To calculate:

The average rate of change per dollar in optimal order size if the carrying cost increases from $15 to $18.

Answer 20

To determine

v)

To explain:

The above graph is concave up or concave down.

Answer 21

To determine

v)

To explain:

The above graph is concave up or concave down.

Answer 22

Expert Solution & Answer

Answer 23

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Answer 24

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Answer 33

Ch. 2.1 - If a coffee filter is dropped, its velocity after...Ch. 2.1 - Suppose one canoe rents for 40,and2 is taken off...Ch. 2.1 - A Saving Account You deposit money into a savings...Ch. 2.1 - Savings with regular Deposits Suppose you deposit...Ch. 2.1 - Paying Off a Credit Card Suppose you owe 15, 000...Ch. 2.1 - Buying Power The inflation rate tells us the...Ch. 2.1 - Economic Efficiency Marginal cost is the...Ch. 2.1 - Flesch Reading Ease The Flesch Reading Ease Test...Ch. 2.1 - Spache Readability Formula The Spache Readability...Ch. 2.1 - Weight Lifting Brzyckis formula is used by weight...

a. i) To find: A formula for Q as a function of the fixed ordering cost c , and plot its graph. The fixed ordering costs do not exceed $25.

Solution Summary: The author explains the formula for Q as a function of the fixed ordering cost c and plots its graph.

Videos

a.

i)

To find:

A formula for Q as a function of the fixed ordering cost c, and plot its graph. The fixed ordering costs do not exceed $25.

ii)

To find:

The number of items to order at a time if the fixed ordering cost is $6 per order.

iii)

To write:

About increasing fixed ordering cost affect the number of items you order at a time.

b.

i)

To find:

A formula for Q as a function of the carrying cost h and make its graph. We do not expect the carrying cost for this particular item ever to exceed $25.

ii)

To find:

The optimal order size if the carrying cost is $15 per unit per year.

iii)

To write:

About increase in carrying cost affect the optimal order size.

iv)

To calculate:

The average rate of change per dollar in optimal order size if the carrying cost increases from $15 to $18.

v)

To explain:

The above graph is concave up or concave down.

Chapter 2 Solutions

a. i) To find: A formula for Q as a function of the fixed ordering cost c , and plot its graph. The fixed ordering costs do not exceed $25.

Solution Summary: The author explains the formula for Q as a function of the fixed ordering cost c and plots its graph.

Videos

a. i) To find: A formula for Q as a function of the fixed ordering cost c, and plot its graph. The fixed ordering costs do not exceed $25.

ii) To find: The number of items to order at a time if the fixed ordering cost is $6 per order.

iii) To write: About increasing fixed ordering cost affect the number of items you order at a time.

b. i) To find: A formula for Q as a function of the carrying cost h and make its graph. We do not expect the carrying cost for this particular item ever to exceed $25.

ii) To find: The optimal order size if the carrying cost is $15 per unit per year.

iii) To write: About increase in carrying cost affect the optimal order size.

iv) To calculate: The average rate of change per dollar in optimal order size if the carrying cost increases from $15 to $18.

v) To explain: The above graph is concave up or concave down.

Chapter 2 Solutions

a.

i)

To find:

A formula for Q as a function of the fixed ordering cost c, and plot its graph. The fixed ordering costs do not exceed $25.

ii)

To find:

The number of items to order at a time if the fixed ordering cost is $6 per order.

iii)

To write:

About increasing fixed ordering cost affect the number of items you order at a time.

b.

i)

To find:

A formula for Q as a function of the carrying cost h and make its graph. We do not expect the carrying cost for this particular item ever to exceed $25.

ii)

To find:

The optimal order size if the carrying cost is $15 per unit per year.

iii)

To write:

About increase in carrying cost affect the optimal order size.

iv)

To calculate:

The average rate of change per dollar in optimal order size if the carrying cost increases from $15 to $18.

v)

To explain:

The above graph is concave up or concave down.