Find an equation of the line satisfying the following conditions. If possible, write the equation in slope-intercept form. Horizontal, passing through (-1.19, -8.76)
A. y = -8.76
B. y = -1.19
C. x = -8.76
D. x = -1.19
Answer: A
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The function s = f(t) gives the position of a body moving on a coordinate line, with s in meters and t in seconds.s = 3t2 + 3t + 6, 0 ? t ? 2Find the body's displacement and average velocity for the given time interval.
A. 30 m, 15 m/sec B. 18 m, 18 m/sec C. 12 m, 15 m/sec D. 18 m, 9 m/sec
The equation gives the position s = f(t) of a body moving on a coordinate line (s in meters, t in seconds).s = 4 sin t - cos tFind the body's acceleration at time t = ?/4 sec.
A. 
m/sec2
B. - 
m/sec2
C. - 
m/sec2
D. 
m/sec2
A bus company operates four bus routes (A, B, C, and D) and 100 buses. The buses are apportioned among the routes on the basis of average number of daily passengers per route which is given in the following table.
Find the apportionment of the buses among the routes using Hamilton's method.
A. Route A: 12; Route B: 37; Route C: 20; Route D: 31 B. Route A: 12; Route B: 37; Route C: 19; Route D: 32 C. Route A: 13; Route B: 36; Route C: 20; Route D: 31 D. Route A: 13; Route B: 36; Route C: 19; Route D: 32 E. none of these
Factor by grouping.2s2 + 10s - as - 5a
A. (s - a)(2s + 5) B. (s + 2)(5s - a) C. (s - 5)(2s + a) D. (s + 5)(2s - a)