I was following this lecture on Newtons Laws.
https://youtu.be/2tHpgQmnH3A?si=Wbp36oBS_4b1HhIi
At 31:56 in the video, the board has a very general solution to Newton's second law. However the second component of the RHS of the final equation is a double integral, something I'm having a tough time grokking.
Why do the two integrals have different ranges? Aren't they being integrated over the same time period, lets say 0 to t, so why does the inner intergal have zero to t`?
I was following this lecture on Newtons Laws.
https://youtu.be/2tHpgQmnH3A?si=Wbp36oBS_4b1HhIi
At 31:56 in the video, the board has a very general solution to Newton's second law. However the second component of the RHS of the final equation is a double integral, something I'm having a tough time grokking.
Why do the two integrals have different ranges? Aren't they being integrated over the same time period, lets say 0 to t, so why does the inner intergal have zero to t`?
I was following this lecture on Newtons Laws.
https://youtu.be/2tHpgQmnH3A?si=Wbp36oBS_4b1HhIi
At 31:56 in the video, the board has a very general solution to Newton's second law. However the second component of the RHS of the final equation is a double integral, something I'm having a tough time grokking.
Why do the two integrals have different ranges? Aren't they being integrated over the same time period, lets say 0 to t, so why does the inner intergal have zero to t`?
