The rocket's acceleration has components $a_{x}(t)= \alpha t^{2}$ and $a_{y}(t)= \beta - \gamma t$, where $\alpha = 2.50 {\rm m}/{\rm s}^{4}, \beta = 9.00 {\rm m}/{\rm s}^{2}$, and $\gamma = 1.40 {\rm m}/{\rm s}^{3} $. At $t = 0$ the rocket is at the origin and has velocity ${\vec{v}}_{0} = {v}_{0x} \hat{ i } + v_{0y} \hat{ j }$ with $v_{0x} = 1.00 {\rm m}/{\rm s}$ and $v_{0y} = 7.00 {\rm m}/{\rm s}$

what is the max height??

Question

The rocket's acceleration has components $a_{x}(t)= \alpha t^{2}$ and $a_{y}(t)= \beta - \gamma t$, where $\alpha = 2.50 {\rm m}/{\rm s}^{4}, \beta = 9.00 {\rm m}/{\rm s}^{2}$, and $\gamma = 1.40 {\rm m}/{\rm s}^{3} $. At $t = 0$ the rocket is at the origin and has velocity ${\vec{v}}_{0} = {v}_{0x} \hat{ i } + v_{0y} \hat{ j }$ with $v_{0x} = 1.00 {\rm m}/{\rm s}$ and $v_{0y} = 7.00 {\rm m}/{\rm s}$

what is the max height??

anonymous · Answer

:o what kind of math is this.....

anonymous · Answer

http://www.chegg.com/homework-help/questions-and-answers/faulty-model-rocket-moves-xy-plane-positive-y-direction-vertically-upward--rocket-s-accele-q1594263

anonymous · Answer

idk if that helps?

anonymous · Answer

or this ; http://answers.yahoo.com/question/index?qid=20100227020200AAEF5lQ

anonymous · Answer

oh wow yes, how did u find the first link??

anonymous · Answer

:D chegg.com