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seen Apr 21 at 0:04

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Apr
4
accepted Kinematics, why must the final velocity be 50km/hr?
Apr
3
comment Kinematics, why must the final velocity be 50km/hr?
Unless $V'(t) > 0$, h=which I guess I can make that assumption.
Apr
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comment Kinematics, why must the final velocity be 50km/hr?
It can be achieved at any $t \in [0, t_f]$
Apr
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comment Kinematics, why must the final velocity be 50km/hr?
What I mean is that despite compactness of the time interval (and EVT), I don't necessary have a $t_f$ that achieves the maximum.
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comment Kinematics, why must the final velocity be 50km/hr?
But maximum does not necessarily mean it will be attained. I thought of this as well, but it wrong.
Apr
2
comment Kinematics, why must the final velocity be 50km/hr?
Why down vote? You don't need to really read the beginnings of the paper, it won't offer much insight.
Apr
2
asked Kinematics, why must the final velocity be 50km/hr?
Apr
2
accepted What is a “reference current”
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27
comment What is a “reference current”
Oh, so this "reference" can change though? Through the control parameter?
Mar
26
comment What is a “reference current”
But is it allowable to borrow the same context? But thank you, that does dispel some doubt.
Mar
26
asked What is a “reference current”
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