3. A rocket is launched vertically from the ground with an initial velocity of 64 ft/sec . (a) Write a quadratic function ht that shows the height, in feet, of the rocket t seconds after it was
launched.

(c) Use your graph from Part 3(b) to determine the rocket’s maximum height, the amount of time it took to reach its maximum height, and the amount of time it was in the air.

C

Step-by-step explanation:

D O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E RD O N ' T B E D U M B GO T O S C H O O L P C S H I T T E R

Step-by-step explanation:

angle q= 92 degree

step-by-step explanation:

the solution is in the picture

when a quadrilateral is inscribed in a circle, the opposite angles are supplement to each other. in other words, the sum of the 2 angle is 180 degree

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step-by-step explanation: