need help T_T
i don't get why it's D T_T @thushananth01 @KissMyAxe
Somy its A
ah yeah lol A
@jmcs1985
why don't u find the angle b/w the R.f and the horizontal force and you'll see that A is the right answer
@KissMyAxe Are you sure we have to manually measure?
LOL no! use sinx= opp/hypo..
Hi @Somy, @KL-RC! This one is a resultant force problem by adding the vectors together - head to tail, then finding the resultant using the Pythagorean Theorem. |dw:1402417808263:dw| Then it looks like this by attaching head to tail.... |dw:1402417935907:dw| To find the resultant, you use the following formula\[Resultant = \sqrt{\left( F _{x} \right)^{2}+\left( F _{y} \right)^{2}}\]So, \[R =\sqrt{3^{2}+4^{2}}=\sqrt{25N^{2}}=5N\] The position is based on the fact that the disc is being moved from the center and outside. I hope this helps! Let me know if this makes it better. JMC
@KissMyAxe, good idea for proceeding forward, although not necessary. Don't stop thinking outside the box!!
dear helpers please read the question @KissMyAxe @jmcs1985 lol
oops
what Somy? KL-RC understood it!
my habibties @KissMyAxe @jmcs1985 listeeeeeeeeeeeeeeeeeeeeeeen i know this thing what im asking for IS SHORTCUT
I gave u a shortcut find the angle!!
wth i know it without u telling me >_<
ughhhh never mind it =P
whats the angle than?
@Somy, @KL-RC, @KissMyAxe - I think that this can be worked using elimination. A and C are essentially the same answers, so they both can go. Now we are left with B and D. Since the Fx is greater than the Fy by one Newton, the pulling power will be more towards the right, and not the top. Since the vectors are not equal, they do not originate at the center. That's why it's D. Is that better @Somy ?
lol its A actually
So it is A. Funny! ;P
omg im sorry guys im just gonna use Pythagoras as i thought before
Here I was going Vulcan of why it would be D.
lmao im so sorry that's my mistake @jmcs1985
@Somy, no worries. Just a lot of head scratching on my part.
did u get anything?
=_= man i told u i know this thing so there is nothing to get i just thought there might be a shortcut way of doing it
Oh!! sorry no shortcut
yeah i figured that much
for Gods sake physics why don't you once become easy for me? ε=ε=┏( >_<)┛
Don't worry - we have all gotten that feeling. @Somy, @KL-RC , @KissMyAxe , the closest thing to a shortcut, is to remember the 3,4, 5 triangle. You have 3, and 4, so the R had to be 5. The direction and location would be determined by where the largest force is eminating.
@Somy, is that more in line of what you need?
LOL
i solved it anyways thank you guys :) u beautiful shuttup @KL-RC
You're more beautiful senorita @Somy
no again my beauty is no match with your's @KL-RC
I'm nothing against your beauty @Somy
All of you are, and also very intelligent. @Somy @KL-RC @KissMyAxe . Are you more of the hands-on learner, @Somy ?
lmao @KissMyAxe you are beautiful too
not just beautiful, VERY beautiful
@jmcs1985 well we have our own ways of learning to make it fun and enjoyable lol
@jmcs1985 you are very VERY undeniably beautiful.
@KL-RC u killed me LOL
Hahaha, *bows* thank you, same to you @KL-RC . @Somy - the reason I ask is because I went through the same thing with physics, it's just practice, practice, practice. @KissMyAxe - you are also part of the "very, Very undeniably beautiful" list, too. Keep up the good work!
okay lets open 'very, Very undeniably beautiful' club
members @jmcs1985 @KissMyAxe @KL-RC and me
it shuld be pythagoras theorom, and the resultant force lies to the more force side, in this case 5N is more towards 4N
owh so it'll lean to the longest? in this case 4
yup
OMG here you go my SHORTCUT i love your brain @thushananth01 brilliant!! wanna join 'very, Very undeniably beautiful' club?
*facepalm*
@Somy for President! with @KL-RC as VP. Lol. Take care to all of you..
okaaaay Good luck in tomorrow's exam guys!!!!!!!!! let's have crying meeting tomorrow after exam
lol
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