The forces due to gravity act along the line between the centers of two masses.
That means that the Earth is attracted toward your center of mass, and you are
attracted toward the center of the Earth, both with equal force.
We typically refer to that direction as "down".
Yes, there would still be gravity on a spaceship in open space due to the ship's acceleration creating a force similar to gravity. The direction of this artificial gravity would be towards the floor of the spaceship, simulating the gravitational pull we experience on Earth.
The gravitational forces between two objects act in both directions along the line between their centers of mass. In our daily experience, where one of the objects is always the Earth, we call one of those directions "down" and, as relates to the forces of gravity, we ignore the other direction completely.
The force of gravity is responsible for changing the velocity of a satellite, thus affecting its path or trajectory in space. This force influences the satellite's speed and direction, causing it to move in an elliptical orbit around a larger body such as a planet or a star.
The red arrow on a compass is the magnetic north indicator, pointing to the Earth's magnetic north pole. The black arrow is the direction of travel arrow, used to align with your desired direction of travel.
No, Mercury is too close to the sun and pointing the HST in that direction could possibly damage the sensitive instruments on board.
Yes, there are several forces acting on the pen, including gravity pulling it downward, the normal force pushing it up (equal to the force of gravity but in the opposite direction), and potentially friction from the surface it is resting on. These forces can be represented by arrows pointing in the appropriate directions: gravity pointing downward, normal force pointing upward, and friction pointing opposite to the direction of motion.
Vertical is a relative term. It usually refers to a direction pointing in the opposite direction of Gravity. So if you are in outer space, then I guess there is no real "vertical" direction.
Yes, the acceleration due to gravity always points vertically downward, regardless of the direction of an object's velocity. This is because gravity is a force that attracts objects towards the center of the Earth.
The head is pointing forward.
The arrow is pointing to the right.
Do small propellers aircraft always move in the direction that they are pointing
Everywhere. The zenith at a given point is the local vertical direction pointing away from the direction of the force of gravity at that location. In other words it is the point that is exactly straight up, no matter where you are on earth's surface.
they should be pointing down in the water
A vector is created by pointing in a particular direction by specifying its magnitude (length) and direction. The vector's direction is defined by the angle it makes with a reference axis (like north, east, or up), while the magnitude represents the length of the arrow pointing in that direction.
TO THE NORTH
u have to use the gravity option. Its under "move" and it looks like 2 blue arrows pointing down. set the direction to 270 and the gravity to 0.5 for good results.
The keyword on a compass is pointing towards the north.