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OpenStudy (anonymous):
OpenStudy (anonymous):
its suppose to be in physics
OpenStudy (anonymous):
no its M1 in maths
OpenStudy (anonymous):
okkk.. bt i'm solving it anyway
OpenStudy (anonymous):
thanks
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OpenStudy (anonymous):
just wait
OpenStudy (anonymous):
hy r u still there
OpenStudy (anonymous):
hello, yes
OpenStudy (anonymous):
a:
the formula for finding magnitude = ma
so, u r given the mass u just have to find the acceleration
OpenStudy (anonymous):
do u know how to find acceleration?
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OpenStudy (anonymous):
well i put -200 - t = 1500a and t-100 = 500a and solved simultaneously
OpenStudy (anonymous):
\[a= f/m\]
OpenStudy (anonymous):
u have to find the resultant force and then divide with the mass
resultent force = F1 + F2
OpenStudy (anonymous):
did u understand?
OpenStudy (anonymous):
yes
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OpenStudy (anonymous):
wht your answer then?
OpenStudy (anonymous):
what is the resultant force thoug? i am getting my signs mixed up
OpenStudy (anonymous):
"thoug"???
OpenStudy (anonymous):
though
OpenStudy (anonymous):
how do you get the resultant force?
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OpenStudy (anonymous):
Web definitions
A net force, Fnet = F1 + F2 + … (also known as a resultant force) is a vector produced when two or more forces { F1, F2, … } act on a object or situation
OpenStudy (anonymous):
yes, but what is it in this case?
OpenStudy (anonymous):
since the q' asks u to find magnitude between the car and the trailer, u have to use both the forces
OpenStudy (anonymous):
if the q' only asked for finding magnitude for only one object... then u use the force for that object
OpenStudy (anonymous):
i need to know the resultant force
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