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By the changing the angles of forces, the system of the forces will be in equilibrium.
all the forces must combine to make something move
No
No
Gravity. When you place something on a liquid, and it is less dense than the liquid, gravity pulling down on the liquid forces the object to float.
the cyclist came to the marathon
She faced the challenge with unwavering resolve, determined to succeed no matter the obstacles in her path.
It depends what type of force it is
ANSWER # 1 It looks like cyclist #2 is out to catch cyclist #1. Our #2 cyclist is starting out 3 hours later than cyclist #1, and is traveling at 10 mph versus the 6 mph of cyclist #1. There are a couple of ways to solve this one, so there is no "right way" to do it. Opting for an easy one, let's think of it this way. Think of it like both cyclists are going the same speed, the 6 mph. Yes, our trailing cyclist can't ever catch the lead cyclist, but this is a short cut, okay? If both cyclists ride, the space between them neither increases or decreases. Here's the scoop. It's the space between them that we're gonna look at. That space is 3 hours long. Here's the thinking. Cyclist #2 is going faster than #1 by 4 mph, and that is the "extra" speed that our #2 cyclist is using to close the gap, to make up that 3 hours. If cyclist #2 is going to make up 3 hours at 4 mph (the differential speed), how much ground is he going to have to make up? Well, cyclist #1 is riding at 6 mph for 3 hours to create the gap. That's 6 time 3 or 18 miles that cyclist #2 is going to have to make up. And our #2 guy is going to have to make up the 18 miles at 4 mph (the differential speed). How long is it going to take him? The 18 miles divided by 4 mph equals 4 ½ hours. Presto. It will take our #2 cyclist that 4 ½ hours to catch up to cyclist #1. If we want to check our work, take cyclist #2's 10 mph speed and multiply by 4 ½ hours and we'll see that he has to ride 45 miles to catch cyclist #1. Let's see what happens for cyclist #1. This cyclist will be riding for 4 ½ hours plus the 3 hour head start. That's 7 ½ hours of riding at 6 mph. The 7 ½ times 6 equals 45 miles. Check! We're good here! ANSWER # 2 1st = 6(x +3) ......... 2nd = 10x 10x = 6(x+3) x = 4 (1/2)
It means its ove heeted and trying to cool down.
When you're down to 2 hours, go see Isabela. Talk to her, and the special forces will clear out of the mall. Then make it to the heli pad
You see air ristence SLOWS down an object acting agaist it. If the free fallers air ristance is to low when they hit the ground they will be going too fast and will get hurt or even killed. The cyclist is possibly in a race soit wants to make the air ristance lower. It will help if he becomes more STREAMLINED so he can go faster. Do you undestand?
The driver of the car!
They are trying to make you feel guilty so that you will change your mind and give into them.
Us ethe force to make it stay down.
The forces didn't aim to kill civilians during their bombing missions, they were trying to kill the enemy to make it easier for ground forces to take back the city or area. But civilians were still in the city and along with the enemy getting killed so did the civilians.
because the earths has magma plates which make them cool.