Find the equation of the line that has the given properties. Write the equation in slope-intercept form, if possible. y-intercept = -2; perpendicular to the line 4x + 3y = -3
A. 3x - 4y = -6
B. 3x - 4y = 8
C. 4x + 3y = -8
D. 4x + 3y = -6
Answer: B
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Provide an appropriate response.Find any local extrema (maxima, minima, or saddle points) of 
given that 
and 
A. Local maximum at 
saddle point at 
B. Local minimum at 
saddle point at 
C. Local minimum at 
saddle point at 
D. Local maximum at 
saddle point at 
Subtract.(0.3x4 - 0.4x3 + 0.3) - (2.8x4 + 4.8x - 4.6)
A. -2.5x4 - 0.4x3 - 4.8x - 4.3 B. -2.5x4 - 0.4x3 + 4.8x + 4.9 C. -2.5x4 - 0.4x3 - 4.8x + 4.9 D. -2.5x4 - 0.3x3 - 4.3
Solve the problem.The positions of two particles on the s-axis are s1 = sin t and 
with s1 and s2 in meters and t in seconds.At what time(s) in the interval 0 ? t ? 2? do the particles meet?
A. t = 
? sec and t = 
? sec
B. t = 
? sec and t = 
? sec
C. t = ? sec and t = 2? sec
D. t = 
? sec and t = 
? sec
Solve the problem.A bike road race starts at an elevation of 700 feet and passes through 5 stages where the elevation changes by 
-292 ft, 525 ft, and 357 ft. At what elevation does the race end?
A. -2811 ft B. 2811 ft C. 1393 ft D. 1479 ft