# data[].attributes.body
If the baseball was thrown at the same projectile just at ground-level then it would start at (-3.696,0) and it would land back at ground level at (203.227,0).

# data[].attributes.body
Parker throws the baseball 200 feet and releases the ball at 20/3 feet high. The ball reaches a maximum height of 95 feet. The baseball stops accelerating up and starts going down at 100 feet away from Parker. Hayden catches the ball at 35/6 feet high. Write an equation using matrices and solve the equation by using the quadratic formula .

# data[].attributes.body
The baseball was thrown and released out of Parker's hand at 20/3 feet high or about 6 feet 8 inches high before even traveling a single foot. This created the y-intercept (0,20/3).

# data[].attributes.body
The baseball stopped going up at 100 feet from where the ball was thrown and started going down. The ball hit its max height at 95 feet creating the vertex (100,95).

# data[].attributes.body
y-intercept= (0,20/3)
Vertex= (100,95)
Maximum= 95
Solutions= (203.227,0) and (-3.696,0)
Axis of Symmetry= x=100
End points= (0,20/3) and (200,35/6)

# data[].attributes.attachment_link.description
Uploaded by parkerambrose on 2016-12-07.