Amazing ^_^ your videos are so helpful. It's almost impossible these days to have the great combination of intelligence and attractiveness that you hold. You are beautiful, don't let anyone tell you different; truth be told: its your smarts that make you attractive and I hope that you never stop sharing with the world. you have a wonderful smile, keep it up!!
3:24 when you integrate the left side i see you used the power rule for integration. but i thought power rule only applies to x by itself in an intergrand. Aren't you suppose to use substitution to integrate the left side?
@EvaSlash You can do it either way! :) If you use power rule though, as I did, you just need to make sure that you apply chain rule, and, when integrating, divide by the derivative of of what's inside the parentheses. In this particular example, you'd use the power rule as I did, and then divide by the derivative of y-1. The derivative of y-1 is just 1, which is why I didn't mention it here. If you don't feel comfortable with power rule, then definitely just stick to substitution. :)
@TheIntegralCALC I'm majoring in Physics so your videos are helping me a lot. I'm only in Calc 1 right now but I'm already getting the hang of diff. equations. You wouldn't happen to have any Linear Algebra videos, do you?
honestly speaking u are a good teacher. as per my point of view 99.9 % of worlds math teachers fail to teach math.they have to be taught by geniuses like u.my teachers just stands in front of the blackboard and gazes the board utterly confused huh !
people like u make students to love mathematics and hat's off to u for your brilliant video's. i like the math video's of both , u and patrick jmt's too . u guy's are the king and queen of online math tutorials .
@MrStratification When you integrate both sides, you should only add C to the side with your x variables. If you added C to both sides, they would cancel each other out, and then you wouldn't be able to solve for C! :)
@TheIntegralCALC Well whenever you integrate any function, there should be a constant left over. There would be one on the left, c1, and another on the right, c2. So when you subtract c1 from c2, it would create the constant C. It shouldn't cancel, since both constants can be different and probably are. But I see that adding C only on the right side saves that step.
ขอบคุณมากครับ ได้เรียนรู้อะไรมากเลย
chalermchon1 3 weeks ago
Amazing ^_^ your videos are so helpful. It's almost impossible these days to have the great combination of intelligence and attractiveness that you hold. You are beautiful, don't let anyone tell you different; truth be told: its your smarts that make you attractive and I hope that you never stop sharing with the world. you have a wonderful smile, keep it up!!
kwazyaznboi07 3 weeks ago
3:24 when you integrate the left side i see you used the power rule for integration. but i thought power rule only applies to x by itself in an intergrand. Aren't you suppose to use substitution to integrate the left side?
EvaSlash 3 months ago
@EvaSlash You can do it either way! :) If you use power rule though, as I did, you just need to make sure that you apply chain rule, and, when integrating, divide by the derivative of of what's inside the parentheses. In this particular example, you'd use the power rule as I did, and then divide by the derivative of y-1. The derivative of y-1 is just 1, which is why I didn't mention it here. If you don't feel comfortable with power rule, then definitely just stick to substitution. :)
TheIntegralCALC 3 months ago
love your knowledge and your smile
redrum41987 3 months ago
@redrum41987 Aww! Thank you!! :D
TheIntegralCALC 3 months ago
@TheIntegralCALC I'm majoring in Physics so your videos are helping me a lot. I'm only in Calc 1 right now but I'm already getting the hang of diff. equations. You wouldn't happen to have any Linear Algebra videos, do you?
redrum41987 3 months ago
@redrum41987 I'm sorry, I don't have anything yet on Linear Algebra, but I'm adding videos as fast as I can! :)
TheIntegralCALC 3 months ago
honestly speaking u are a good teacher. as per my point of view 99.9 % of worlds math teachers fail to teach math.they have to be taught by geniuses like u.my teachers just stands in front of the blackboard and gazes the board utterly confused huh !
people like u make students to love mathematics and hat's off to u for your brilliant video's. i like the math video's of both , u and patrick jmt's too . u guy's are the king and queen of online math tutorials .
exmortis123game 4 months ago
@exmortis123game awwww, thanks! :)
TheIntegralCALC 4 months ago
why u didnt add C when u finish integrating one over (y-1)0 ?
MrStratification 5 months ago
@MrStratification When you integrate both sides, you should only add C to the side with your x variables. If you added C to both sides, they would cancel each other out, and then you wouldn't be able to solve for C! :)
TheIntegralCALC 5 months ago
@TheIntegralCALC Well whenever you integrate any function, there should be a constant left over. There would be one on the left, c1, and another on the right, c2. So when you subtract c1 from c2, it would create the constant C. It shouldn't cancel, since both constants can be different and probably are. But I see that adding C only on the right side saves that step.
ploopedoop 4 months ago
@ploopedoop Yep, you're absolutely right, just trying to simplify things as much as possible. Thanks for the great comment! :)
TheIntegralCALC 4 months ago
THanks for the videos :)
PeteyPatt 5 months ago
@PeteyPatt You're so welcome!! :D
TheIntegralCALC 5 months ago