This length is called "distance." It can be tricky for beginning physics students to distinguish between the concepts of "distance" and "displacement." Displacement is the length of the straight line from the starting position of the object to the end position of the object. Distance is a scalar value (meaning in this case that it is not sensitive to direction) and displacement is a vector (meaning it has both magnitude and direction). This means that no matter what the path you travel might be, the length of the path is the distance travelled. Displacement is only determined by the beginning and end positions of the object, so the path of travel can be ignored as long as those two positions are known.
Here is an example of what the distinction means. Let's say you walk in a big circle one time, so that you start walking and stop walking at the exact same spot. The distance you traveled is the circumference of the circle. Your displacement is zero, because all that matters are the beginning and ending positions, which are at the same point. You cannot draw a straight line from one point to itself.
If you were to walk in a straight line for one mile, your distance travelled and your displacement would both be one mile. In other words, if the route is a straight line, distance and displacement are the same, except that displacement also refers to the direction of travel. The distance would always be "one mile" in this example, but the displacement could be "one mile north", "one mile southeast", etc.
The length of the path an object travels is distance. The shortest distance between the initial and final positions is displacement.
displacement is the distance and direction from the starting point to wherever you stopped. distance is how much you traveled to get there. if you went back and forth 20 times that's your distance. that does not effect your displacement in the least.My Answer: Distance is the total length of the actual path between two points. Displacement is the length and direction of a straight line between starting and ending points.and other answer :distancethe actual length or path between two position is a scalar called distance.it is represented by "s" or "D"its dimension is [L]displacementthe shortest distance between two positions in a straight line is a vector called displacement.it is represented by "S" OR "D"its dimension is [L] and it includes a direction
Because the real image is consists of light that started at the object and got focused by passing through the lens. That route pretty much guarantees that the real image is going to show up behind the lens.
Rubbing an insulator against a non insulator causes the build up of electrons which is known as static electricity, the electrons take the easiest route to earth, that's why if you touch any thing that is earthed you may get an electric shock :)
Heat energy travels in three ways: convection, radiation, and conduction. The radiation from the sun heats the air around the house, making the walls warm. Than, the walls warm up the air inside the house. The sun rays go through the windows, which will trap heat. The heated air will rise, and stay there unless there is an escape route for it.
His displacement is 4 km. The length of the route that he takes to get there is not relevant in measuring his displacement.
the bonar way
The route that Eurostar trains ride through the Chunnel is the route that travels from London to Paris and from Paris to London. The train travels at over 400km/h.
Heck if I know
The Costa Cruise Line does not offer a route that travels around Africa. The Cruise Line offers destinations specific to the nations bordering the Mediterranean Sea.
A trajectory.
National Route 54 is 108.43 miles in length.
he went on his travels so he can find a new route to Asia
thermal explorer highway
The plane travels in a Southeast direction.
No, because electricity always takes the shortest traveling route to the ground. Therefore with lightning strikes, the shortest route tends to be from your head (or arm) through your torso (and heart) and down one of your legs to the ground. This then kills you because it travels through your heart and/or brain. However, if you are standing on an electrical object, you will not be affected because the electricity will already have a route to the ground because it is below you. Therefore it will not travel through any vital organs. But this is only if the electrical object is attached to the ground!
The main route is via photosynthesis.