Question

calculus help...plz explain and answer question...i totally dont know what they are...studying on my own

Answer 1

http://assets.openstudy.com/updates/attachments/517d65e4e4b0be6b54ab31bc-best_mathematician-1367172592503-3.png

Answer 2

OOOH yay! ok lol so do you know how to parametrically define a vector?

Answer 3

not really lol

Answer 4

ok lol give me a minute to write something up

Answer 5

sure lol

Answer 6

http://www.educreations.com/lesson/view/for-bestmathematician/7513177/

Answer 7

would you just find those things out....btw you have a sweet voice

Answer 8

yep you just find \[\frac{d}{dt}\] for both the x and y coordinate

Answer 9

1-cost
1+sint

Answer 10

what was the 1st deriv of the y again?

Answer 11

hint redo it

Answer 12

i think the one i gave u is are first derivatives

Answer 13

the first deriv of y is wrong

Answer 14

second derivative would be
sint
cost

Answer 15

i m confused srry lol

Answer 16

ughh this is so hard to do on here!!! ok so pardon if i screw it up \[<{t-sin~t},{1-cos~t}>\] This is your position vector. Now we want the velocity vector so:\[ \color{blue}{<\frac{d}{dt}(t-sin~t),\frac{d}{dt}(1-cos~t)>} \] Then acceleration is the next derivative

Answer 17

hey to be honest can u do it on educreations...ur a great teacher and ur voice is so sweet ... plzzz

Answer 18

<1-cos(t),sin(t)> - first derivative
<sin(t),cos(t)> - second derivative

Answer 19

haha gtg maybe later

Answer 20

ding it...XD...kk bye