Hello World ..read more

View attachment 4128 View attachment 4130 I checked the answer and it says View attachment 4129 View attachment 4131 I don't really understand this. Can anyone explain this to me? I couldn't find any online videos to help me understand this either. I do know how to convert from index form to logarithmic form and simplify logarithmic expressions, solve some logarithmic equations. I don't get how to sketch the graph to find the answer in these 2 questions though ..read more

I would like some assistance solving the applied optimization problem in my my calculus book that ask that you find the largest volume for a right circular cone inscribed in a sphere of radius 3. The book provides an image I would like some tips on where exactly I must start as I thought I had to solve for x then get y in terms of the radius r and then input that into my volume equation for... Finding largest volume of right circular cone inscribed in a sphere of radius 3 ..read more

I tried but couldn't solve ..read more

Please forgive me if I am being exceptionally demanding but I have recently taken on the course of precalculus and considering how new I am, I am finding it hard and confusing so I might need some help. Anyway, could you please help me on the following problems ..read more

Calculus Section 2.8 View attachment 3471 View attachment 3472 Please, work out 65 in step by step fashion. Also, I would like for you to create YOUR OWN questions 64 and 65 involving "easy" functions (functions other than piecewise functions) for me to do this weekend. We end Section 2.8 and Chapter 2 here ..read more

Calculus Section 2.8 View attachment 3469 View attachment 3470 Please, work out 64 in step by step fashion ..read more

Calculus Section 2.7 View attachment 3425 View attachment 3426 View attachment 3427 ..read more

Calculus Section 3.2 View attachment 3617 ..read more

Hello! I was very tormented with this Lebesgue-related problem. I searched the whole Internet, but I didn't find a solution (maybe I was looking in the wrong places). The task looks like this: Is the function integrable by Lebesgue on a ray (-∞,-1)? if it is, then find its value. I've tried to find Riemann improper integral... Is the function integrable by Lebesgue on a ray ..read more