SpaceTsunaml

Thank you! I got c too, thank you

thank you! I knew how to do this part, I got b too, thank you :)

what??? lmao im lost

Thank you! I have to say idk with part B however, I've redone it 3 times and entered it into wolfram and keep getting the same thing so yeah.

Nevermind lmao i'm dumb, it would just be \(\int _{-1.5}^{0.5}\left|\cos \left(x^2\right)-e^x\right|dx = .595\)

Hey there :) I'm not 100% sure what your lesson or teacher is wanting, whether it be a visible graph or just using a calculator, but the limit of the integral from 0 to 6, of F(x), can be modelled by this graph below, If using a calculator, you could simply enter the integral of the equation and let it do the work for you, resulting in an answer of 144 :)

See I thought so, but my brain was thinking the gradient OF the derivative, but I felt that was wrong, but anyways yeah thats what I thought haha, it just seemed too simple! Lol my brain overthinking everything. Thank you :)

Thank you! This makes sense :)

yeahhh thats right, I need more sleep lol thats simple 

im talking about question a. the way these problems are supposed to work is a is seperate from b, but b relys on a

okay well how do I solve displacement? The answer for a is a single numerical value, without variables, so I have to be able to solve it somehow.

thank you so much! this certainly seems right lol, thank you :) it makes sense to me

literally lol. IB Sucks, all of the questions are like this, big props to melody for even recognizing the cartesian rectangular coordinates, after you recognized that it took me 2 minutes to solve it lol. I learned about those ages ago but totally forgot

oh my gosh, that makes a lot more sense! LOL I feel so bad, it looks like you spent so long doing that one hahaha oops...