An object with a larger mass would be more affected by gravitational force, as the force of gravity is directly proportional to the mass of the object. Therefore, an object like a planet or a star with a significant mass would experience a stronger gravitational force compared to a smaller object like a pebble.
which what? The bigger the force (weight) the more gravitaional force on an object. less gravity on moon than on earth
which what? The bigger the force (weight) the more gravitaional force on an object. less gravity on moon than on earth
The magnetic field would reverse.
Basic muscle summation -an increase in the frequency with which a muscle is stimulated increases the strength of contraction. With increased stimuli to the heart if summation occurred the contractions would keep increasing.
No you do not need the same amount of force to throw a basketball 3 meters as you would need to throw a golf ball 3 meters. The amount of force required to throw a basketball 3 meters depends on several factors: The weight of the ball: Basketballs are much heavier than golf balls. The size of the ball: Basketballs are much larger than golf balls. The amount of air resistance: Basketballs are much more aerodynamic than golf balls.Therefore you would need to generate more force to throw a basketball 3 meters than you would to throw a golf ball 3 meters.
The one that would be most obvious to you is the weight of things, including the weight of you.
Because the chocolate industry would collapse overnight and the economy is severely affected.
The one that would be most obvious to you is the weight of things, including the weight of you.
Mercury and salt are not inherently magnetic, so they will not be affected by a magnetic force in the same way that magnetic materials like iron or nickel would be. Therefore, a magnetic force would not repel mercury and salt.
When you throw a ball, a force called the applied force is exerted on the ball by your hand. This force propels the ball forward and gives it the initial velocity. Additionally, air resistance and gravity act on the ball as it moves through the air.
Right in the northern hemisphere, left in the southern hemisphere.