a quarterback throws an incomplete pass. the height of the football at time t is modeled by the equation…

a quarterback throws an incomplete pass. the height of the football at time t is modeled by the equation h(t)=-16t² + 40t + 7. rounded to the nearest tenth, the solutions to the equation when h(t)=0 feet are -0.2 s and 2.7 s. which solution can be eliminated and why?\nthe solution -0.2 s can be eliminated because time cannot be a negative value.\nthe solution -0.2 s can be eliminated because the pass was not thrown backward.\nthe solution 2.7 s can be eliminated because the pass was thrown backward.\nthe solution 2.7 s can be eliminated because a ball cannot be in the air for that long due to gravity.

a quarterback throws an incomplete pass. the height of the football at time t is modeled by the equation h(t)=-16t² + 40t + 7. rounded to the nearest tenth, the solutions to the equation when h(t)=0 feet are -0.2 s and 2.7 s. which solution can be eliminated and why?\nthe solution -0.2 s can be eliminated because time cannot be a negative value.\nthe solution -0.2 s can be eliminated because the pass was not thrown backward.\nthe solution 2.7 s can be eliminated because the pass was thrown backward.\nthe solution 2.7 s can be eliminated because a ball cannot be in the air for that long due to gravity.

Answer

Brief Explanations:

Time in real - world scenarios cannot be negative. When modeling the height of a football over time, negative time values have no physical meaning.

Answer:

The solution -0.2 s can be eliminated because time cannot be a negative value.