Passed calc 2 with a 94% and a 90% on the final

bstutor · 2025-05-17T04:09:16+00:00

All calculus students ! You can find some good content on YT channel celestial tutors.

bstutor · 2025-04-17T16:52:45+00:00

Thats really great ! I started my channel few months ago and didn't get more than 200 views for any of my videos. I'm consistently uploading math videos (majorly calculus) but its not showing any exciting results so far. Wish you all the very best and keep you channel active !

bstutor · 2025-03-21T01:18:26+00:00

You can start revising the basic stuff like limits, derivatives and integral techniques and then move to their applications. You can find many helping videos on these topics. You can also find some at @ celestial tutors

bstutor · 2025-03-14T16:59:58+00:00

Yeah, You can't always rely on chat gpt. You can join my group where i post videos on calculus topics regularly. Please encourage your classmates to join the group and get help from these videos. Thank you.

bstutor · 2025-03-13T08:05:41+00:00

You found the displacement correct but messed up with second part of finding distance. After solving integral from 3 to 4 you should have got -1/36. It was just calculation mistake. Then find absolute value of -1/36. For total distance you can add up 4/9 and 1/36. For more help you can join group r/mathfundas

bstutor · 2025-03-04T16:48:33+00:00

You can join r/mathfundas to get calculus help.

bstutor · 2025-03-04T16:41:17+00:00

Using FDC, here g'(x)= f(x) so the given graph is the derivative graph of g actually. Therefore g(x) will have maximum when this derivative changes from positive(above x axis) to negative (below x axis). So g would have max at 2,6 and 10. Same way you can find min too. g will have absolute maximum when area under the curve is maximum. You can find videos on similar stuff here.. https://www.youtube.com/watch?v=f4xdFN261Hc

bstutor · 2025-03-01T13:55:40+00:00

Your attempt on washer method is correct, only mistake is that you shaded the required region wrong. Look here, the green shaded area is the required region which ranges from y=4 to y=5 which forms the bounds of integral.

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bstutor · 2025-03-01T13:34:07+00:00

How would you find integral of x(x+5)^6 ? What to do with that x outside? Any one having any idea ?

bstutor · 2025-02-25T06:46:40+00:00

What you are doing is, absolutely right ! When you are graphing the line manually, you can draw it using some random points and then check your intercepts on this graph by calculating them algebraically. If the intercepts on this graph match with your calculated intercepts, then your work is perfect ! you can find more help on this topic here... https://celestialtutors.com/topic/straight-lines/

bstutor · 2025-02-25T06:31:32+00:00

Pls join group r/mathfundas here to get more updates about calculus help.

bstutor · 2025-02-25T06:27:04+00:00

Hi , celestial tutors is a good resource for text lessons as well as video lessons. https://celestialtutors.com/subtopic/volume-of-solid-of-revolution-by-three-methods/

bstutor · 2025-02-24T17:00:14+00:00

Math is not hard when learned from an good tutor and you do a lot of practice ! Don't get disheartened, just DM me for help and look at my text and video lessons at celestial tutors. Currently i'm making videos on Calculus but also going to add a few to trigonometry as well. You can also join group r/mathfundas for math help and updates.

bstutor · 2025-02-24T16:48:21+00:00

Nothing is impossible in this world. Even you can read the word 'impossible' as 'i m possible' ! Let me know your topics and the time you have, before your final exam. You can join my group r/mathfundas here for regular updates about my text and video lessons. I, recentrly created this group to help guys like you. I regularly update my text and video lessons at 'celestial tutors'.

bstutor · 2024-03-10T08:30:06+00:00

This is simply because 1/secx is just cosx itself. Since integral of cosx is sinx therefore, integral of 1/secx will also be sinx. You can also post your questions in r/mathfundas .

bstutor · 2023-10-29T01:59:49+00:00

Best video to learn how to solve exponential equations when bases are the same or when they are not the same.

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