In resisted motion, to find terminal velocity do you have to find the limit as time approaches infinity and find velocity after integration or can you let a = 0 in the F=ma equation if force is given as mkv or mkv^2?
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Yes you can do thatIn resisted motion, to find terminal velocity do you have to find the limit as time approaches infinity and find velocity after integration or can you let a = 0 in the F=ma equation if force is given as mkv or mkv^2?
In like every 4u question you set a = 0In resisted motion, to find terminal velocity do you have to find the limit as time approaches infinity and find velocity after integration or can you let a = 0 in the F=ma equation if force is given as mkv or mkv^2?
Yeah I thought was much easier too, my teacher doesn't do that for some reasonIn like every 4u question you set a = 0
You can do it with time too but like every question starts with acceleration so it's easiest.Yeah I thought was much easier too, my teacher doesn't do that for some reason
