Pronation of the hand results in the distal end of the radius being medial to the ulna and the palms facing backward or downward. This position is in contrast to the supination of the anatomic position.
Movement of the lower arm bones in the direction indicated by the arrow results from the contraction of the biceps muscle. The biceps muscle is responsible for flexing the lower arm at the elbow joint, causing the forearm to move towards the upper arm. In this case, the biceps muscle shortens to pull on the forearm bones, creating the movement.
The movement of matter due to differences in density and the transfer of energy that results from this movement is called convection.
The strategy of working backwards entails starting with the end results and reversing the steps you need to get those results, in order to figure out the answer to the problem. =D
The radioulna is a term describing the connected bones of the forearm, the radius, and ulna. These two bones run parallel to each other, allowing for rotation of the forearm and providing strength and support for the hand and wrist.
'Acceleration' in that direction results.
An Earthquake
Well potenial is when it is building up a kinetic is were it is release in movement
Increased government spending results in higher interest rates which puts downward pressure on investment spending.
Some hard hats can be worn backward and some cannot. It depends on the manufacturer's testing and their results. Check the manufacturer's instructions or web site. If in doubt, consider that it cannot be worn backward.
A chemical reaction. An electric field gradient ( electric potential)
The package on the seat slides backward because of inertia. As the bus accelerates forward, the package wants to remain at rest (due to its initial inertia), causing it to move in the opposite direction of the bus's acceleration. This results in the package sliding backward relative to the bus.
Gravity affects the motion of objects in free fall by pulling them downward towards the Earth's center. This results in objects accelerating at a constant rate of 9.8 m/s^2.