h(t) = u*t - 1/2*g*t^2 u ----> initial velocity
g ----> acceleration due to gravity
mikewwe13:
h(t) = -16t^2 + 64t
mikewwe13:
@random231
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random231:
yes, correct
mikewwe13:
what about b ?
mikewwe13:
can you show the graph like on the graph using the tools where to graph it
random231:
as you can see the values on x axis have a difference of 0.5. So they want you to find the height for every 0.5s elapsed. What you do is just plug in the values in place of t and find the corresponding h(t) value.
random231:
okay
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mikewwe13:
i get what you saying but it'll be better understanding if you do with the tools
mikewwe13:
cause i kinda don't know how to do that
mikewwe13:
i'm confused how to do that on the graph finding the h(t)