Provide an appropriate response.A projectile is launched from the ground with an initial velocity of v0 feet per second at an angle of ?° above the horizontal. Write parametric equations in terms of v0 and ? that model the flight of the projectile. Explain how you would use these equations, for given values of v0 and ?, to determine the horizontal distance traveled by the projectile.
What will be an ideal response?
x = (v0 cos ?)t, y = (v0 sin ?)t - 16t2;
First, solve (v0 sin ?)t - 16t2 = 0 for t to determine the time, tf , that the projectile is in flight. This gives Then, substitute this value of tf into x = (v0 cos ?)t to determine the horizontal distance traveled in this time.
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First, create a scatter plot for the data in the table. Then, use the shape of the scatter plot given to determine if the data are best modeled by a linear function, an exponential function, a logarithmic function, or a quadratic function.
A.
quadratic function
B.
exponential function
C.
linear function
D.
logarithmic function
Solve.The cost of renting a certain type of car is $31 per day plus $0.08 per mile. Find a linear function that expresses the cost C of renting a car for one day as a function of the number of miles driven x.
A. C(x) = 0.08x + 31x B. C(x) = (x + 0.08) + 31 C. C(x) = 31x + 0.08 D. C(x) = 0.08x + 31
Find the equations of the system shown on the graphing calculator screen.10-10
A. y = 0.4x - 4.6 y = -0.3x - 5.9 B. y = 2x + 1 y = -0.3x - 5.9 C. y = 0.2x + 5.4 y = 3x + 11 D. x + y = 1 x - 3y = -9
Solve and graph the inequality and graph the solution.-5(2z - 7) < -15z - 5
A. (-?, -15)
B. (-?, -8)
C. (-8, ?)
D. (-15, ?)