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Precursor
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Homework Statement
The attempt at a solution
I have already solved for part a. It's part b that I'm having trouble with right now.
Here is what I have for part b:
[tex]\frac{\mathrm{d} v}{\mathrm{d} t} = a_{0} + kv[/tex]
[tex]dv = a_{0}dt + kvdt[/tex]
[tex]dv = a_{0}dt + adt[/tex]
[tex]\int dv = \int a_{0}dt + adt[/tex]
And my final answer is:
[tex]v = a_{0}t + at[/tex]
Is this correct?
I have already solved for part a. It's part b that I'm having trouble with right now.
Here is what I have for part b:
[tex]\frac{\mathrm{d} v}{\mathrm{d} t} = a_{0} + kv[/tex]
[tex]dv = a_{0}dt + kvdt[/tex]
[tex]dv = a_{0}dt + adt[/tex]
[tex]\int dv = \int a_{0}dt + adt[/tex]
And my final answer is:
[tex]v = a_{0}t + at[/tex]
Is this correct?
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