Every object that has mass is attracted to every other object that has mass,
because of gravity.
Every two objects that have mass are attracted to each other, because of gravity.
The earth attracts a person because they both have mass. The force of attraction
is called the person's 'weight'. The earth is also attracted to the person with the
same amount of force.
There is a force of attraction between two people. The force is due to gravity,
and it's equal in both directions.
Yes, the gravity on Venus is about 91% of the gravity on Earth. So, a human on Venus would not be significantly squashed by the gravity, but they would feel heavier than on Earth due to the increased gravitational force.
Gravity isn't necessary for human life, as we can see on the International Space Station, where crew members spend months with no gravity at all. But even if gravity were absolutely essential, that would not be a problem on Mars, which has plenty of it.
Yes, a human would float with ease on Mars due to the lower gravity compared to Earth (about 38% of Earth's gravity). This reduced gravity would make it much easier for a human to float or move around on Mars than on Earth.
The specific gravity of cattle blood and of human blood is actually similar. These rates of gravity are almost identical.
3470j/kgoc
yes
The center of gravity of the human body is typically located around the lower abdomen area when standing upright. When bending forward or backwards, the center of gravity shifts accordingly. When lying down, the center of gravity is closer to the middle of the body.
Gravity is generally only found within very large masses. By large I mean, planets, stars, moons etc. Therefore if the human body was much larger than it is in reality, then yes there could be a gravity in the human body. But not in a life size human body.
Sir Isaac Newton is the recognized founder of the Law of Gravity.
Yes, the intense gravity on the Sun would crush a human due to the immense pressure exerted by the mass of the Sun. The Sun's gravity is about 28 times stronger than Earth's gravity, making it impossible for a human to survive on the Sun's surface.
Zero gravity can affect the human mind in various ways, such as spatial disorientation, motion sickness, and changes in perception due to the lack of gravitational cues. Astronauts may experience shifts in their sense of balance and spatial awareness, leading to feelings of confusion or disorientation initially until they adapt to the new environment.
9.8 N/Kg