By adding weight to the car this will increase how much the suspension is compressed.
On a suspension bike parts of the suspension will compress and others will extend as the bike reacts to the different dynamic forces occurring when you get on the brakes.
you have spelt it correctly
The prefix of "compress" is "com-".
No, you can't compress liquids easily. You can compress them a little bit, but thats all.
compress it nearly impossiable to COMPRESS solids and liquids
Well, if it's a full-suspension bike, then the rear suspension will compress a little(called sag) when you get on the bike. Then as you get airborne suddenly there's no weight pressing down on the rear wheel any more, and the suspension will spring out to full extension as if you weren't on the bike. Then as you touch down the suspension will compress under your weight again.Otherwise it's a question of how you are distributing your weight, and how well you're holding on to the bike when you ride the jump.The bars are easy to hold on to, and easy to pull up on as you jump. But pulling the bars up will cause the bike to rotate, pushing the rear down.If you look at skilled riders you'll see that they don't just ride over jumps, they work hard with their bodies to bring the bike into the position that they want.
Compress. They tend to occupy a nearly fixed volume.
The word 'compress' is the opposite of 'expand'.
Yes, you can compress all gases, including helium.
The plural form for the noun compress is compresses.
It's a suspension!
BECAUSE in case of stone the molecules are closly packed and they have no vacant space between them and they have not the ability to close to each other so when we compress a stone we cant compress it