Graph the equations of the system. Then solve the system to find the points of intersection.
What will be an ideal response?
(1, 1)
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Provide an appropriate response.Change 0.42° to equivalent minutes and seconds.
Fill in the blank(s) with the appropriate word(s).
Find an equation of a parabola satisfying the given conditions.Focus at (2, 0), directrix x = -2
A. x = 
y2
B. -8y = x2
C. y2 = -8x
D. y = 
x2
Solve the problem.Ken is 6 feet tall and is walking away from a streetlight. The streetlight has its light bulb 14 feet above the ground, and Ken is walking at the rate of 1.5 feet per second. Find a function, d(t), which gives the distance Ken is from the streetlight in terms of time. Find a function, 
, which gives the length of Ken's shadow in terms of d. Then find 
.
A. (S ? d)(t) = 2.54t B. (S ? d)(t) = 0.83t C. (S ? d)(t) = 1.13t D. (S ? d)(t) = 1.43t
Determine if each ordered pair is a solution to the given system of inequalities in two variables.x2 = y2 + 39x - y = 3(i) (8, -5); (ii) (-8, -5)
A. (i) Yes; (ii) No B. (i) Yes; (ii) Yes C. (i) No; (ii) Yes D. (i) No; (ii) No