Solve the problem.How many different license plates can be made using 2 letters followed by 5 digits selected from the digits 0 through 9, if neither letters nor digits may be repeated?
A. 67,600,000
B. 9,828,000
C. 19,656,000
D. 81,900
Answer: C
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Determine what the next equation would be, and verify that it is indeed a true statement.(3 × 1) × (2 × 1) = 6(3 × 10) × (2 × 2) = 120(3 × 100) × (2 × 3) = 1800
A. (3 × 1000) × (2 × 4) = 21,000 B. (3 × 1000) × (2 × 4) = 24,000 C. (3 × 1000) × (2 × 4) = 27,000 D. (3 × 1000) × (2 × 4) = 2400
Provide an appropriate response.Give a geometric interpretation of the triple integral 
Describe the three-dimensional region associated with this integral in detail.
What will be an ideal response?
Solve the problem.R and R' are similar rectangles. Suppose that the width of R is a and the width of R' is 4a. If the area of R is 50 sq. in., what is the area of R' ?
A. 800 sq. in. B. 200a sq. in. C. 400 sq. in. D. 200 sq. in. E. none of these
Use the minimum and maximum features of a graphing calculator to find approximately the intervals on which the function is increasing or decreasing. Round your values to two decimal places, if necessary.y = 
+ 
- 10
A. inc (10, ?), dec (-?, 2) B. inc (2, ?), dec (-?, 6) C. inc (-?, -2), dec (6, ?) D. inc (6, ?), dec (-?, -2)