Simplify.|-47|
A. 0
B. 47
C. 
D. -47
Answer: B
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For the graph below, use the nearest neighbor algorithm to find an approximate minimum Hamilton circuit and its weight, starting at the indicated vertex.
Starting at A
A. A ? B ? C ? D ? F ? E ? A; weight = 102 B. A ? D ? E ? B ? C ? F ? A; weight = 102 C. A ? D ? C ? B ? E ? F ? A; weight = 102 D. A ? D ? C ? B ? F ? E ? A; weight = 102
Express the number in scientific notation.0.0000004
A. 4 × 10-6 B. 4 × 10-8 C. 4 × 10-7 D. 4 × 10-9
For the function 
?
(a) Find the critical numbers of f (if any);
(b) Find the open intervals where the function is increasing or decreasing; and(c) Apply the First Derivative Test to identify all relative extrema.
?
A. (a) 
(b) increasing: 
; decreasing: 
(c) relative max: 
; relative min: 
?
B. (a)
(b) decreasing: 
; increasing: 
(c) relative min: 
; relative max: 
?
C. (a)
(b) increasing: 
; decreasing: 
(c) relative max: 
; relative min:
?
D. (a)
(b) decreasing: 
; increasing: 
(c) relative min: 
; relative max:
?
E. (a)
(b) increasing: 
; decreasing: 
(c) relative max: 
; relative min: no relative min.
?
Use the change-of-base formula to find the logarithm. Round your answer to four decimal places. log100 20
A. 0.6505 B. 1.5373 C. 2.9957 D. 4.6052