If an object is propelled from ground level, the maximum height that it reaches is given by h = v2 sin2 θ , where θ is the angle between the ground 2g and the initial path of the object, v is the object’s initial velocity, and g is the acceleration due to gravity, 9.8 meters per second squared.

Answer is D, 598.7m

Step-by-step explanation:

The problem literally tells you what number to put in to the equation.

(110^2 * sin^2theta )/(2*9.8)

put this in to a scientific calc, and you get 598.731650804.

step-by-step explanation: you take each of the numbers and divide by the amount then you take the range

the system of inequalities is

step-by-step explanation:

step 1

find the equation of the dashed line

we have the points

(0,0) and (3,1)

the line passes through the origin, so, is a direct variation

find the slope

the equation of the dashed line is

the solution of the inequality a s the shaded area above the dashed line

therefore

the equation of the inequality a is

step 2

find the equation of the solid line

we have the points

(4,0) and (0,4)

find the slope

the equation of the solid line is

the solution of the inequality b s the shaded area below the solid line

therefore

the equation of the inequality b is

step 3

the system of inequalities is