In a uniform electric field, what effect will increasing the distance from the charge have on the force for a charged particle that is in the field? Group of answer choices

The particle will experience an increased force.

The particle will experience the same force.

The particle will experience a decreased force.

The anwser is: wave a has a greater pitch and frequency.

The answer is 4f======since electrostatic force is given by    we let f be the electrostatic force when  r = 1 m    if we let  denote the electrostatic force when the distance is decreased so that r = 0.5m, then    we established earlier that f = kq₁q₂. therefore    the force will now be 4f.

Iwould say earthquakes.

Sounds propagates through some kind of medium. usually it's air, but it goes just as well through solid objects like walls, windows etc. a soundwave will compress the (air)molecules in front of it, and if this increased density wave hits your ears, you register it as sound. solid objects like walls are a lot denser than air, this means that they will damp a wave, but also carry it easier.