Question

An object was shot up into the air at an initial vertical speed of 352 feet per second. Its height as time passes can be modeled by the quadratic function f , where f(t) = -16t^2 + 352t. Here t represents the number of seconds since the object's release, and f(t) represents the object's height in feet. 1) After , this object reached its maximum height of . 2) This object flew for before it landed on the ground. 3) This object was in the air 8 s after its release. 4) This object was 1920 ft high at two times: once after its release, and again later after its release. (Use ft for feet, and s for seconds.)

          An object was shot up into the air at an initial vertical speed of 352 feet per second. Its height as time passes can be modeled by the quadratic function f , where f(t) = -16t^2 + 352t. Here t represents the number of seconds since the object's release, and f(t) represents the object's height in feet.

1) After ____ , this object reached its maximum height of ____ .

2) This object flew for ____ before it landed on the ground.

3) This object was ____ in the air 8 s after its release.

4) This object was 1920 ft high at two times: once ____ after its release, and again later ____ after its release.

(Use ft for feet, and s for seconds.)

An object was shot up into the air at an initial vertical speed of 352 feet per second. Its height as time passes can be modeled by the quadratic function f , where f(t) = -16t^2 + 352t. Here t represents the number of seconds since the object's release, and f(t) represents the object's height in feet.

1) After , this object reached its maximum height of .

2) This object flew for before it landed on the ground.

3) This object was in the air 8 s after its release.

4) This object was 1920 ft high at two times: once after its release, and again later after its release.

(Use ft for feet, and s for seconds.)

Added by Annika S.

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