No. Even if everybody were to run in the same direction around the earth they would effect the rate of rotation only very very slightly. You have to calculate the total angular momentum produced by the running population and subtract (or add depending on the direction that they run) the total angular momentum on the earth, (first calculate the moment of inertia of a solid iron sphere the size of the earth then multiply by the angular velocity (circumference of the earth over a 24 hour period)).
I'm sure you will find that the value for the earth wins out by a considerable margin.
It would be an interesting calculation to make however. Population of the earth times the average mass of a person, times the medial running speed times the radius of the earth.
I'll let someone else do that.
North is generally considered the direction of the North Pole, the point on the Earth's surface where its rotational axis intersects the northern hemisphere (the one containing Europe. In addition, magnetic north points to one of the poles in the Earth's magnetic field, located in the Artic Circle.
The Earth rotates on its axis (much like if you took a toothpick and pierced a grape with it, then spun the toothpick around between your index finger and thumb). Whichever side of the Earth is facing the Sun, is the part of the Earth that is experience daytime. The side of the Earth not facing the Sun is the side experiencing nighttime.----
The strength of the force in each direction between the earth and any mass is called the "weight" of the mass. The force is equal in both directions, which means that the weight of the mass on earth is the same as the earth's weight on the mass. The force acts along the line between the center of the earth and the center of the mass. The direction toward the center of the earth is customarily referred to as the 'down' direction, and toward the center of the mass as the 'up' direction.
The gravitation pull of the sun and space. Earth spins on its axis for the gravity pulls it one direction and... that's kinda it...
If we assume that North is at the top, and you are standing mid-way betwen the equator and the North pole and looking at the sun, then the earth rotates towards your left, i.e. Eastwards.Looking down on the Earth from high above the North pole, we will see that it spins on its axis counterclockwise(anticlockwise). After a few days we will also notice that it rotates in its orbit around the sun also in a counterclockwise direction.And the moon? Well, it doesn't rotate on its axis relative to the earth. It always shows the same face to the earth, as it orbits the earth in a ... counterclockwise direction too!
i don't think so.
because one side of the earth is facing the sun (daytime) and the other is facing the moon (nighttime) and then the earth is constantly moving so everyone gets day and night
The Moon has no east-west direction with respect to Earth. East-west describes the direction of, or opposite direction of a sphere that is rotating. (Like Earth.) As it turns out, the same side of the Moon always faces the Earth. The phases of the Moon, like full Moon, result from which direction the SUN is from the Moon and Earth.
It could, but its not likely.
You can be anywhere on Earth as long as you are facing the direction of Venus. It will be the brightest "star" in the sky and also the biggest.
It depends where on the earth you are. We pray facing the House of God in Mecca. If you are in America you would face East or North East. If you are in Europe you would be facing South East or South, etc. In India and China you would face West.
We have daytime and nightime because of the earth rotating on its axis.As the earth rotates one side face the sun and then the other direction is not.
Space rocks can come from any direction; they can miss the Earth and then whack the Moon's nearside.
Yes you do, when the unlighted side of the moon faces you, the fully lit up side is facing the other direction, away from Earth.
The earth revolves counter-clockwise if observed from the north. as he is right you could also tell on the constellations.
forwards It is always traveling around the Earth in the same direction as we are rotating, but much faster. The space shuttle when in space can point in any direction, as there in no up and down. It still keeps moving in the same direction, even with engines facing forward.
On Earth, the direction is east to west.