How do I add the F3 force so I can get constant velocity with the body?
I suck at physics
How do I add the F3 force so I can get constant velocity with the body?
I suck at physics
Split the forces into X and Y components, then use pythagoras theorem.
I get this... but what about the Y components
Obviously you dont get it.
Then help me I hate this kind of shit.
F2x=20cos(25)
F1x=10cos(40)
F2y=20sin(25)
F1y=10sin(40)
F2x-F1x=F3x
F2y-F1y=F3y
sqrt(F3x^2+F3y^2)=F3
please fail physics 1, you're not meant to be anything but a wage slave if you are struggling with that class.
by using trig.
wtf this is like day 1 statics
>American education
Lol.. im in medschool not in the US tho
...
And you got it wrong.
where
i have a flu and im shit so i dont see anything
a is 40 degrees and you only calculated the x-component of the resultant force
god damnit i got the wrong angle
the formula should be correct tho
t why would i have to calculate the y-component? do the y-components of the vectors F1 and F2 exceed the magnitude of G?
do your own homework kid
I think the question itself is a little fucked up...
yeah it's a little ambiguous
in my model the object has mass m and it's lying on a flat surface and there's also force N counteracting force G so i don't need to add a y-component to F3 because N exists
>lying on a flat surface and there's also force N counteracting force G
hahahhahahahahahhah fucking idiot. Don't blame the wording of the question to make up for the fact that youre to stupid to solve the problem. for fucks sake I gave you the solution
You have two forces applied at an angle, do these forces have some natural orthogonal components?
your answer is a fucking retarded version of mine dumbass
bet you're not even in university
>your answer is a fucking retarded version of mine dumbass bet you're not even in university
faggot brainlet to dumb for STEM please kill yourself.
says you
you have the right answer bro
>actually count the resultant force