While hovering near the top of a waterfall in a national park at feet, a helicopter pilot accidentally drops his sunglasses. The height of the sunglasses after t seconds is given by the polynomial function . When will the sunglasses hit the ground?

Question

While hovering near the top of a waterfall in a national park at  ​feet, a helicopter pilot accidentally drops his sunglasses. The height  of the sunglasses after t seconds is given by the polynomial function . When will the sunglasses hit the​ ground?

Bot · Answer

To find out when the sunglasses will hit the ground, we need to set the height polynomial function h(t) equal to 0 and solve for t: h(t) = 0 Unfortunately, you haven't provided the specific polynomial function for the height of the sunglasses, so I can't solve for t. Please provide the function, and I'll be able to help you out.

While hovering near the top of a waterfall in a national park at ​feet, a helicopter pilot accidentally drops his sunglasses. The height of the sunglasses after t seconds is given by the polynomial function . When will the sunglasses hit the​ ground?

To find out when the sunglasses will hit the ground, we need to set the height polynomial function h(t) equal to 0 and solve for t:

While hovering near the top of a waterfall in a national park at feet, a helicopter pilot accidentally drops his sunglasses. The height of the sunglasses after t seconds is given by the polynomial function . When will the sunglasses hit the ground?