In the simple case, yes. When there are lenses involved the answer is far more complicated.
All the planets outside Earth experience a weaker gravity pull from the Sun. Neptune at a distance of 30 astronomical units is 30 times further from the Sun, and gravity from the Sun is 1/900 as strong.
it has weaker gravity than Earth
weaker
weaker
Pluto has a weaker gravity than Earth. In fact, Pluto has a weaker gravity than Earth's moon.
The magnetic field becomes weaker as you move away from the electromagnetic source.
stronger
This is because out of the four fundamental forces (strong, weak, electromagnetic, gravity) magnetism comes under the electromagnetic force. This has an infinite range so for this reason i think it is said to be without limits. Although the range is infinite, the further you are from the force, the weaker it is. It follows something called the inverse square law. so, if you move twice as far from the source, its intensity will be a quarter of what it was before.
they are weaker because the ions of substance have low electromagnetic which have covalent character to be low.
Well techinichally it is just a radiation that comes from the sun and the readiation is a electromagnetic field
This is because the waves fade as they get further away from the epicentre.
Because of the weaker on the moon.
No, there's no place on earth with no radio frequency (RF) radiation whatsoever. And if there were it would not be in Europe. Anywhere with dense population is likely to have more electromagnetic energy around. But avoiding radio waves won't make you healthier. The energy of an electromagnetic wave is proportional to its frequency, and the photons of RF radiation are billions of times weaker (more harmless) than those of the infrared radiation that any warm object (such as a human being) gives off, and they're trillions of times weaker than ordinary sunlight, not even counting the ultra-violet, which is really the first part of the spectrum that poses a danger to your health.
The distance between two masses is directly proportional to the gravitational force between them. For example, the further you are from Earth's surface, the weaker Earth's gravitational force is on you. Source: high school physics
As any two masses move further apart, the gravitational forcesbetween them get weaker.
The Continents are further from the center of the earth, leaving the oceans to be closer which means gravity is slightly weaker
The further away from the Earth's surface you travel - the weaker the gravitational pull is.