Look at this graph.
1 answer:
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Sounds like a physics problem
basically we can simlpify it to this:
we toss something straight up with initial velocity 10ft/sec, assuming gravity kicks in, what is max height?
we can use the kinematic equation
is final velocity
is initial velocity
a is acceleration due to gravity
d=distance traveled
if we say he tosses it straight up then when it reaches max height,
and
and we know that
so solving for d
<span>
</span><span>
</span><span>
plug the numbers in
</span>
we add that to the initial 6ft
so total of 7.5540498539193137315845092310561 ft max height
about 7.6ft
basically we can simlpify it to this:
we toss something straight up with initial velocity 10ft/sec, assuming gravity kicks in, what is max height?
we can use the kinematic equation
a is acceleration due to gravity
d=distance traveled
if we say he tosses it straight up then when it reaches max height,
and
and we know that
so solving for d
<span>
</span><span>
</span><span>
plug the numbers in
</span>
we add that to the initial 6ft
so total of 7.5540498539193137315845092310561 ft max height
about 7.6ft