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A rocket is launched into the sky and travels upward before falling back down to the earth. The rocket’s height, in meters, is modeled by the function h(t) = –2t2 + 150t + 100, where t represents time in seconds. Identify the graph below, which represents the time t when the rocket travels more than 2,600 feet in the air.

A rocket is launched into the sky and travels upward before falling back down to the earth The rockets height in meters is modeled by the function ht 2t2 150t 1 class=
A rocket is launched into the sky and travels upward before falling back down to the earth The rockets height in meters is modeled by the function ht 2t2 150t 1 class=
A rocket is launched into the sky and travels upward before falling back down to the earth The rockets height in meters is modeled by the function ht 2t2 150t 1 class=
A rocket is launched into the sky and travels upward before falling back down to the earth The rockets height in meters is modeled by the function ht 2t2 150t 1 class=

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