Evaluate.P(11, 0)
A. 39,916,800
B. 0
C. 11
D. 1
Answer: D
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Solve the initial value problem.Differential Equation: 
= (18t2 - 7)i - j + 
kInitial Condition: r(0) = -8i + 4j + 5k
A. r(t) = (18t3 - 7t - 8)i + (4 - t)j + (
+ 3)k
B. r(t) = (6t3 - 7t - 8)i + (4 - t)j + (
- 3)k
C. r(t) = (6t3 - 7t - 8i + (4 - t)j + (2
+ 3)k
D. r(t) = (6t3 + 7t + 8)i + (4 + t)j + (
+ 3)k
Provide an appropriate response.Solve by the method of reduction: 
What will be an ideal response?
Solve.The velocity v of a falling object (ignoring air resistance) is directly proportional to the time t of the fall. If, after 5 seconds, the velocity is 160 feet per second, what will its velocity be after 8 seconds?
A. 256 feet/second
B. 259 feet/second
C. 
foot/second
D. 163 feet/second
Change the given quantity to the indicated unit.356 ml = 
L
A. 356,000 L B. 35,600 L C. 0.356 L D. 3.56 L