Question

CALCULUS

Answer 1

\(\bf\href{http:///en.wikipedia.org/wiki/Calculus}{calculus}\)

Answer 2

in deep need of help!! is someone able to explain this step by step for me please!

Answer 3

distance is an integral of velocity

Answer 4

and then apply the fact s(0)=10

Answer 5

should I post more info, or is this enough>?

Answer 6

uhh can we solve this step by step? im so lost

Answer 7

please! if yo ucant, thats fine

Answer 8

if i dont answer it is because openstudy is going crazy, dont think im ignoring you!

Answer 9

\(\normalsize\color{royalblue}{ \rm steps. }\)

\(\normalsize\color{royalblue}{ \rm 1) }\) Derive the velocity function from the graph.
this is going to be your \(\normalsize\color{royalblue}{ v(t) }\)
`(algebra-level task)`

\(\normalsize\color{royalblue}{ \rm 2) }\) Take the integral of this \(\normalsize\color{royalblue}{ v(t) }\),
\(\normalsize\color{royalblue}{ \int~v(t)~dt~=s(t) }\) (roughly)
where \(\normalsize\color{royalblue}{ s(t) }\) is the position function.
`(calculus-level task)`

\(\normalsize\color{royalblue}{ \rm 3) }\) Solve for the constant \(\normalsize\color{royalblue}{ C }\) after integrating, using the fact that
\(\normalsize\color{royalblue}{ s(0)=10 }\) (as you are given in the question)
`(algebra-level task)`

Answer 10

lets do the first step, can you tell me what your velocity function is?

Answer 11

oh ok not what i meant haha nevermind ill ask someone else

Answer 12

what ?`

Answer 13

this is a wrong question, or you don't understand my explanation ?

Answer 14

i dont understand the explanation, i dont nderstand when someone just gives me steps, i put it up so someone could do it with me, but its fine

Answer 15

ok, well, can you just read the first step without the other 2 steps?

Answer 16

What is the slope of your velocity function (that is drawn on the graph, in your attachment)?