Determine by what factor the numbers differ. In other words, determine how many times larger the first number is than the second.1 billion, 1 thousand
A. 103
B. 1012
C. 109 - 103
D. 106
Answer: D
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Solve the initial value problem and leave the solution in implicit form.y'(x)
= 
, y(20) = 1
A. 
(y + 8)3/2 = 
(x - 4)3/2 - 37
B. (y + 8)3/2 = (x - 4)3/2 + 7
C. 
= 
- 1
D. (y + 8)3/2 = (x - 4)3/2 - 37
Evaluate the determinant by expansion by minors.
A. -11 B. -53 C. 0 D. -36
Round the number to the specified place.41,738,286 to the nearest million
A. 42,000,000 B. 41,800,000 C. 41,000,000 D. 41,738,000
Solve the problem. Round to the nearest tenth, if necessary.If an object is propelled upward from ground level with an initial velocity of 90.2 feet per second, its height h in feet t seconds later is given by the equation 
After how many seconds does the object hit the ground?
A. 2.8 sec B. 11.3 sec C. 0.2 sec D. 5.6 sec