Question

hellP me Plz!!!

Answer 1

@dan815

Answer 2

@rvc

Answer 3

@imqwerty

Answer 4

i think im wrong ....

Answer 5

wait a min that pix is loading :)

Answer 6

its too zooed in...click on it

Answer 7

zoomed* XD

Answer 8

okay we have this info->

\(0\) =initial velocity
\(a\) = acceleration [Note that it says that acceleration is constant]
\(t\)=time =6secs
\(v\)=final velocity=4.2m/s

now try to use this formula-> \(v=u+at\)
to find \(a\)

Answer 9

ok wait plz.....:")

Answer 10

wait is that a "V" or a "U"???? cuz i think the formula is Vf = Vi + at

Answer 11

0.7m/s^2

Answer 12

damn the lag

yeah the formula \(v_f=v_i+at\)
is also correct

and yeah 0.7m/s^2 is correct

Answer 13

ok so how do i find the velocity at 10s????? :")

Answer 14

now you have the acceleration=0.7m/s^2
and you know \(v_i\) is 0
and you want to find \(v_f\) when t=10sec

again use the same formula

Answer 15

\(v_f=v_i+at\)

Answer 16

ok gimme a sec plz!! ")

Answer 17

okay :)

Answer 18

7m/s? O_o

Answer 19

yes correct! :)

Answer 20

ok one last thing before you go..... the next part asks how long will it take him to reach a speed of 28m/sec? Do i just solve for "T"?

Answer 21

28m/sec is my final velocity..., my average is 0.7m/sec^2 and i'm solving for "T" right?!?!?! O_o

Answer 22

oh and my initial velo is 0m/sec...

Answer 23

yes correct!! :)

Answer 24

ok Thanks, Ilove you, please marry me. ^_^!!!

Answer 25

;) when and where bb

Answer 26

anytime you feel comfortable.... ^_^

Answer 27

;) rn right here

Answer 28

Ok will you qwerty marry yum yum247?!?!?! O_o

Answer 29

o_O are u hawt?

Answer 30

heheheehe sleek-feathered one seriously...... XD

Answer 31

i think this is getting weird...... XD

Answer 32

let's just marry on OS for now and we'll see how it goes from here....

Answer 33

XD

Answer 34

but its illegal to marry me );

Answer 35

are you an alien or something???

Answer 36

LOL