At 36:12 i meant to say “ The integral of (sin x)^4 TIMES (cos x)^5”. I meant to say times, not plus. Timestamps: 0:22 the unit we’re on/intro to topic 3:18 important things to remember before we get started 8:35 beginning to example 9:13 step 1 11:58 step 2 16:29 step 3 17:54 step 4 19:34 step 5 20:50 step 6 28:06 step 7 32:45 step 8 33:33 step 9 35:17 conclusion
I've literally had so much confusion for weeks now and you cleared up a lot of my confusion in one go! Thank you so much, please keep uploading! Also, I was wondering if you can do examples in which the integral bounds have bounds such as pi/2 , pi/4 and/or sin x^2, cos x^3, sec x, or tan x. It would be so helpful, there are no videos anywhere on it :/
You are so welcome! Happy I could clear up any confusion. If you have any further questions or need assistance, feel free to post your questions on my help forum. You have be prompted to sign in to a google account to be able to post the question. Here's the link: forms.gle/N7g9gsvRAJ3DuVDU6
At 36:12 i meant to say “ The integral of (sin x)^4 TIMES (cos x)^5”. I meant to say times, not plus.
Timestamps:
0:22 the unit we’re on/intro to topic
3:18 important things to remember before we get started
8:35 beginning to example
9:13 step 1
11:58 step 2
16:29 step 3
17:54 step 4
19:34 step 5
20:50 step 6
28:06 step 7
32:45 step 8
33:33 step 9
35:17 conclusion
I've literally had so much confusion for weeks now and you cleared up a lot of my confusion in one go! Thank you so much, please keep uploading!
Also, I was wondering if you can do examples in which the integral bounds have bounds such as pi/2 , pi/4 and/or sin x^2, cos x^3, sec x, or tan x. It would be so helpful, there are no videos anywhere on it :/
You are so welcome! Happy I could clear up any confusion.
If you have any further questions or need assistance, feel free to post your questions on my help forum. You have be prompted to sign in to a google account to be able to post the question. Here's the link: forms.gle/N7g9gsvRAJ3DuVDU6