3 blocks east
The cyclist's displacement is the straight-line distance from their starting point to their final position. After traveling 1 mile north and then 1 mile east, the cyclist is located at the coordinates (1 mile east, 1 mile north). Moving 1 mile south returns them to the same latitude as their starting point, resulting in a final position of 1 mile east of the starting point. Therefore, the displacement is 1 mile east.
To calculate tariffs per kilometer (km) traveled, first determine the total cost of the journey, including all applicable fees, taxes, and charges. Then, measure the total distance traveled in kilometers. Finally, divide the total cost by the total distance to obtain the tariff per kilometer. This formula can be expressed as: Tariff per km = Total Cost / Total Distance (in km).
To find the average speed of a cyclist throughout an entire race, you would divide the total distance traveled by the total time taken to complete the race. First, measure the total distance of the race in miles or kilometers. Then, record the total time in hours, minutes, or seconds. Finally, use the formula: Average Speed = Total Distance / Total Time.
To find the total displacement, we consider the dog’s initial and final positions. The dog runs 80 meters to chase the ball and then returns 80 meters back to its starting point, resulting in no net displacement from that segment. Finally, when the dog runs 20 meters south, the total displacement is 20 meters to the south. Thus, the total displacement is 20 meters south.
To calculate the total displacement of the dog, we consider its starting point as the origin. The dog runs 80 meters north, then returns to its master (which we can assume is at the starting point), and finally runs 20 meters south. Therefore, the total displacement is 80 meters north - 20 meters south, resulting in a net displacement of 60 meters north.
To conduct a mean square displacement calculation, you first need to track the position of a particle over time. Then, calculate the squared distance the particle has moved from its starting point at each time interval. Finally, average these squared distances to find the mean square displacement, which represents the average distance the particle has traveled from its starting point over time.
6.3 meter
The cyclist's displacement is the straight-line distance from their starting point to their final position. After traveling 1 mile north and then 1 mile east, the cyclist is located at the coordinates (1 mile east, 1 mile north). Moving 1 mile south returns them to the same latitude as their starting point, resulting in a final position of 1 mile east of the starting point. Therefore, the displacement is 1 mile east.
well i guess because there are multiple ways to make a distance...let say A to B. it can go round and round before it finally reach B. You can go either direction to reach B. but when it comes to displacement, it demand the shortest distance to reach B, which is only one way to do it, i think this qualify displacement to have a specific direction.
To calculate tariffs per kilometer (km) traveled, first determine the total cost of the journey, including all applicable fees, taxes, and charges. Then, measure the total distance traveled in kilometers. Finally, divide the total cost by the total distance to obtain the tariff per kilometer. This formula can be expressed as: Tariff per km = Total Cost / Total Distance (in km).
Yes it is possible. Any body that travels in any particular closed shape (circle, square, triangle etc.) and returns to the point in which it started would have travelled a certain distance but the sum of its displacement would be nil. Example: A body travels in a 1 mile north, then 1 mile west, then one mile south and finally 1 mile east (ie. a square). The body has travelled a distance of 4 miles. The bodys displacement is 0 miles due to it returning to the point in which it started. You can calculate displacement using vectors. For this example assuming east is positive x and north is positive y: north + west + south + east y -x -y +x = 0
To calculate the fuel consumption of a car, you need to know the distance traveled and the amount of fuel used. First, fill the tank completely and note the odometer reading. After driving a specific distance, refill the tank and record the gallons or liters used. Finally, divide the distance traveled by the amount of fuel consumed to determine the fuel consumption, usually expressed in miles per gallon (MPG) or liters per 100 kilometers (L/100km).
I Finally Found Someone was created on 1996-11-05.
To calculate displacement using the work-energy equation, first calculate the work done on the object using the force applied and the distance moved. Then, equate the work done to the change in kinetic energy of the object using the work-energy equation: Work = Change in kinetic energy = 0.5 * mass * (final velocity^2 - initial velocity^2). Finally, rearrange the equation to solve for displacement.
They were finally APPREHENDED.
Displacement measures the 'net' distance that a moving object covers during some period of time. It's just the short, straight distance from the starting point to the end-point, regardless of the path the object followed or how much total distance it had to go to get there. Example: If you walk a mile straight along the shoulder of a straight road, the distance is 1 mile AND the displacement is also 1 mile. If you kept crossing the road, back and forth, to stay in the shade of the trees on each side, the displacement at the end of your walk would still be 1 mile, but the distance would be a lot more. If you jump into the shallow end of the pool, do 50 laps, and climb out again at the shallow end, the distance you swam is 50 laps, but the displacement is just about zero ... you ended almost exactly where you started. Drop a hard rubber ball from 6-ft off the floor. Maybe it bounces a hundred times, down-up-down-up-down, before it finally stops bouncing and just lays there. The displacement is 6 feet ... the short straight distance from the start-point to the end-point.
I Finally Found Someone - album - was created on 2001-04-17.