Two forces are acting simultaneously on an object. One force has a magnitude of 17 N, and is acting due north,
813293
Did you forget some of the initial conditions?
652894
the amount of pressure exerted on an object
105143
Draw a force diagram to help you figure this out.\n\nRemember, perpendicular vectors are independent.\n\nF=ma
819927
All objects react as if there were only a single force acting upon them. Let's say an object on your desk had a force of ten newtons pushing it to the east. Let's call that force positive 10 newtons. According to Newton's second law, it would accelerate (pick up speed) moving in an eastward direction. It had a single force acting upon it and since there was no opposing force we say that it was an unbalanced force. Now say the same object had another force of 10 newtons acting on it in a westward direction. Lets call that force negative 10 newtons. Now we have two forces and since they are equal but have opposite signs the algebraic sum is zero ([+10N] + [-10N] = 0). We now have balanced forces - equal but opposite. Remember I said that all objects react as if there were only one force acting upon them? Even though there are two forces acting in opposite directions on the object on your desk, that object reacts as if there were only one force acting upon it - a force of zero newtons. BTW, that sum force is called the resultant. So according to Newton's first law since a zero force is applied to the object it will remain at rest. In short, unbalanced forces result in movement, balanced forces don't.
761342
We did something like this in my physics lab with an Atwood machine.  It was a pully with weights hanging from it.  I can't exactly remember how it worked, but maybe this will inspire you.  We also did something with an air track and these two masses colliding and we'd see which one would go in which diretcion.  You need a nearly frictionless surface, like an air hockey table or ice slab.
671791
In physics, a force is anything that causes a body with mass to accelerate. The net (or resultant) force is the sum of all the different forces acting on a body.\n\nForce is a vector quantity defined as the rate of change of momentum induced by the force, and therefore has a direction associated. The SI unit for force is the newton.
68668
Opposite charges attract, like charges repel.  So the North end of one magnet attracts the South ed of another.
132840
There are two forces one, along the x-axis and another along the y-axis so the resultant force will be sqrt[sqr(188)+ sqr(191)] ,Which is equal to sqrt[36481 + 35344] =268.0018 N. Direction :  tan x = 188/191 thus, x is 44.5464 Degrees towards north from east. Thankyou
928343
Torque.\n\nThe weight of each particle is mg. The torque caused by particle 1 is mg * 20, counterclockwise, and the torque from particle 2 is mg * 80, clockwise. Therefore the net torque is mg * 60, clockwise.\n\nSo the force on the left particle is (mg * 60) / 20 = 3 mg, and the force on the right particle is (mg * 60) / 80 = 3/4 mg. Both of these are clockwise, so the left particle goes up and the right particle goes down. To get acceleration, just cancel m.
217138
the particles move faster.
225230
there are only 2\n\n1 is that you have to apply a force, and 2 is that something has to happen ie. movement
312163
the first after collision moves in an opposite direction and the second ball moves towards the direction of collision\nfirst ball moves with a velocity of  16.66cm/s\nsecond ball with 66.66cm/s
1056486
They add up to 180 degrees.
643953
depends on the direction of the force
968370
If the origin of the coordinate system is placed at the middle of the two particles positions are -r/2 and r/2. Two charges of the same sign will repell each other so the force has a positive sign and it's magnitude is given by (C Q^2) / (r^2) Where C is the Coulomb constant.
72896
Newtons is the unit for measure of force
903133
From what I learned in physics class, the force you are speaking of is measured in Newtons.