Provide an appropriate response.Use the corner-point technique to maximize Z = x + 2y subject to 
Also determine the values of x and y at which the maximum value occurs.
What will be an ideal response?
24; x = (1 - t) ? 0 + 6t = 6t; y = (1 - t) ? 12 + 9t = 12 - 3t; 0 ? t ? 1
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From atop a building 30 feet high, a rock is tossed upward with an initial velocity of 18 feet per second. The distance D, in feet, above the ground after t seconds is given by
.
A: Make a graph of distance up from the ground versus time.B: Make a graph of the velocity of the rock from the time it is tossed until it hits the ground. Be sure to label your graph appropriately.
What will be an ideal response?
Solve the quadratic equation by factoring.5x2 - 25x + 30 = 0
A. 2, 3 B. -2, -3 C. 5, 2, 3 D. 0, 2, 3
Solve the equation by multiplying by a power of 10.5.2p + 8 = 4.2p + 4
A. {-5} B. {5.2} C. {-3} D. {-4}
Graph the function over a one-period interval.y = - 
sin
A. 
B. 
C. 
D. 