Thank you guys so much you have really helped me a lot this semester. However I would like to make a suggestion. If you guys are trying to come up with a topic for your next video I think that doing rotational kinematics, torque, and moment of inertia would help a lot of people out as well as myself. The most confusing topic out of the previous three is moment of inertia, so as I said before if you could make a video on it that would be very helpful.
I'm really happy you've started to make videos, but i do miss some of the step by work that is done when making the equations. Anyway, thanks a lot for continuing to upload videos these have helped me all year long and i believe they will continue to help me.
@@franklinmiranda3578 my bad homboy that right there is a quadratic equation which is usually portrayed as ax²+bx+c. in this case, instead of x, the variable is "t". to find the value of t, all gotta do is you gotta plug in 0.1 for a, 3 for b, and -30 for c into the quadratic formula
This was posted almost a decade ago and it’s still here helping me past my test 💀
OHHH MYYYYY GOOODNESSS!!!! This helped me sooo much. Thank you! I am so thankful!!
Thank you guys so much you have really helped me a lot this semester. However I would like to make a suggestion. If you guys are trying to come up with a topic for your next video I think that doing rotational kinematics, torque, and moment of inertia would help a lot of people out as well as myself. The most confusing topic out of the previous three is moment of inertia, so as I said before if you could make a video on it that would be very helpful.
Thanks so much! This was so helpful
I'm really happy you've started to make videos, but i do miss some of the step by work that is done when making the equations. Anyway, thanks a lot for continuing to upload videos these have helped me all year long and i believe they will continue to help me.
Beautifully explained, bless you.
thx alooooooot you really helped a poor engineering student right here
what if they started at different times ?
they are starting at different times in these
thank you for making this video! it really help!
Great video. The only thing is I got confused on Adam's distance, thinking is is delta d(A) - x. I thought it was an operation, but it's just a dash
I love you so much please teach at my school :)
Absolute Legend !!!!
God bless you and your posterity
how did he use the quadratic formula to get the answer when the equation was
0.1(t)2 - 3(t) - 30 = 0 ????? help??
Just plug everything in
@@notapinecone4870 wow ur explanation was great it contained all the info he needed to solve the problem
@@franklinmiranda3578 my bad homboy
that right there is a quadratic equation which is usually portrayed as ax²+bx+c. in this case, instead of x, the variable is "t". to find the value of t, all gotta do is you gotta plug in 0.1 for a, 3 for b, and -30 for c into the quadratic formula
thank you. verrrrryyy helpfullll
thank you for this vid huhuhu
jack and jill pa more hahaha
@@neroznah0752 gigil hahaha
where did 3t come from?
3m/s * t
velocity times delta T
Why is the time same forboth of them?
How did you get your answers for the quadratic formula. The discriminant 9-12 < 0 so it has complex roots.
goated with the sauce
why is x-30=33t?? pls help im confused TT
OMG the answer to the Jack and Jill prob
nice beard good videos
Is there a name for the theory/equation of one object having to increase its speed to close the gap between itself and another object?
That's quite a STOMP
So fucking annoying
Modern day wizard