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What is the displacement for a driver who traveled 10 km to get to a point that is 4 km from his starting point?
A displacement of 4 km from the starting point.
What is the distance and direction of an object from the starting point called?
The distance and direction of an object from the starting point is called displacement. Displacement is a vector quantity that represents the straight line distance between the initial and final position of an object, along with the direction from the starting point to the endpoint.
What would produce a total displacement of zero?
If an object moves from one point to another and then returns to its original position, it will have a total displacement of zero. This is because displacement is a vector quantity that represents the change in position of an object from its starting point to its end point. When the object returns to its starting point, the displacements cancel each other out, resulting in a total displacement of zero.
How do you find the change in displacement?
The change in displacement is found by subtracting the initial displacement from the final displacement. It represents the overall distance and direction between the starting point and ending point of an object's motion. Mathematically, it is expressed as Δx = x_final - x_initial.
Do you find displacement when given the distance and time?
No, displacement is different from distance. Displacement takes into account both the distance and direction from the starting point to the ending point. So, to find displacement, you need information about both the distance traveled and the direction of travel.
What is the displacement for a driver who travels 10km to get a point that is 4km from his starting point?
The displacement is 4 km.
What is the displacement for a driver who travels 10 km to get to a point that is 4 km from starting point?
A displacement of 4 km from the starting point.
What is the displacement for a driver that travels 10 km to get to a point that is 4 km from his starting point?
A displacement of 4 km from the starting point.
What is displacement for a driver who travels 10 km to get to a point that is 4 km from his starting point?
A displacement of 4 km from the starting point.
What is the displacement for a driver who travels 10 km to get to a point that is 4 km from his starting point?
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What is the displacement for a driver who travels 10 km to get a point that is 4 km from his starting location?
His displacement is 4 km.
What is the displacement for a driver who travels 10 km to get a point that is 4 km from his starting point?
His displacement is 4 km. The length of the route that he takes to get there is not relevant in measuring his displacement.
What is the displacement for a driver who travels 10 km to get to a point 4km from his starting point?
Displacement is defined as the shortest distance from the initial position to the final position, along with the direction. In this case, the driver travels 10 km but ends up only 4 km from the starting point. Therefore, the displacement is 4 km in the direction of the endpoint from the starting location.
What is the displacement for a driver who travels 10 km to get to a point that is 4 km from his standing point?
Displacement is the shortest distance from the initial position to the final position, taking direction into account. In this case, the driver travels 10 km but ends up 4 km away from the starting point. Therefore, the displacement is 4 km in the direction of the endpoint from the starting position.
What is the displacement for a driver who traveled 10 km to get to a point that is 4 km from his starting point?
A displacement of 4 km from the starting point.
What is the displacement of a ship from its starting point that travels meters to the south and then kilometers to the west?
To find the displacement of the ship from its starting point, we can use the Pythagorean theorem. If the ship travels a certain number of meters south and then kilometers west, we first convert all distances to the same unit (either meters or kilometers). The displacement is then the square root of the sum of the squares of the southward and westward distances, giving us the straight-line distance from the starting point to the final position.
Give one type o f motion where distance and displacement are sane?
Linear motion -- motion and force occurring along a straight line. Otherwise, for example, when an object travels in a circular motion and returns to the starting point, the distance traveled = 2*pi*radius, but the displacement = 0. ==================================
