If they hang vertically, the weight is not moving, and is well-distributed, half of the weight will pull on each of the two chains.
When food chains overlap, it creates interconnectedness within the ecosystem. This can help maintain balance and stability in the ecosystem, as different species rely on each other for food and resources. However, disruptions in one food chain can affect multiple other food chains, leading to cascading effects throughout the ecosystem.
No, not in normal circumstances. The force due to charge, the Coulomb force, is a force of repulsion between particles of the same charge. Coulomb attraction occurs between oppositely charged particles. That said, there are four fundamental forces in nature and the electromagnetic force in only one. If you want to include more unusual circumstances that are outside of typical human experience, these other forces are relevant. For instance, all particles have mass and the gravitational force is attractive. Since it is much much smaller than the forces due to charge except in unusual circumstances, we don't usually consider it.
similarities between these 2 force are thatboth of these forces are directly proportional to the product of masses and inversely proportional to the square of distance between the two massesand the differences are that coulombsforce could be repulsive or attractive but gravitational force is only attartive one and gravitational constant is smaller than electric constant
Gravity is a balanced force, whic means that when two masses attract each other, there is an equal force acting on both of them, just like the tension in a string acts equally at both ends.The planets' orbits are caused by gravity acting between the Sun and each planet, but because the Sun is so much more massive it hardly moves at all. The planets would move in a straight line without gravity, but because there is a force attracting them to the Sun they all accelerate towards the Sun, but their sideways velocity prevents them falling inwards very much, they just keep curving inwards all the time.
If there is no force against motion,applied force is zero. If there is force against motion,applied force is equal and opposite to that force.
Just use Newton's Second Law to solve this. F=ma (force = mass x acceleration).
The swing i don't know but the round time depends on how many people are playing.
If the wood on wooden swings sets have the protective layer they don't need much maintence, but is good to check the chains of ropes occasionally.
It depends on how much force you put into it
If you're asking about the timing chain, I've seen factory chains that had a lot of slack, perhaps 1/2" in each direction. Most aftermarket chains seem to be much tighter.
A metal swing set typically costs $80-$500
Swing Vote grossed $17,589,867 worldwide.
There are a multitude of variable that need to be taken insto consideration. For each, How much force is being put into the swing or throw?? For The batted ball, it depends of the angle of which it strikes the bat. For the thrown, If there is the same force exerted on the ball as the batted ball, it will have half of the velocity. But, all variables considered, a typical batted ball travels with more force and velocity (Speed) than one thrown.
Swing Vote grossed $16,289,867 in the domestic market.
Swing sets start from $100 and can exceed a thousand depending on the features you want. Metal swing sets are usually a bit cheaper.
That would depend on how the boxes are moving and how massive they are.
In badminton, a motion similar to throwing a ball would be the overhead smash. This involves a powerful swing where the shuttle is struck with force downwards onto the opponent's side of the court, much like how you would throw a ball with force.