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No, the displacement can never be greater than the distance traveled. Displacement is a vector representing the straight-line distance between the start and end points, while the distance traveled is the actual length of the path taken. Since displacement is a straight-line measure, it can never exceed the distance traveled along a path with turns and curves.

Q: Can your displacement ever be greater than your distance traveled?

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No, displacement represents the change in position of an object from its initial to final position, regardless of the path taken. So, displacement can never be greater than the total distance traveled.

Yes, if an object moves in a straight line from one point to another (e.g. walking in a straight line and then back to the starting point), the distance traveled and the displacement will be the same if the starting and ending points are the same.

The distance traveled is 135m (100m forward + 35m backward). The displacement is 65m forward (100m - 35m), as displacement is the difference between the final and initial positions regardless of the path taken.

Yes, the distance traveled up an inclined plane is called the "vertical distance" or "height," while the distance traveled along the incline is known as the "inclined distance" or "slope length." These distances can be calculated using trigonometry and the angle of inclination of the plane.

No, the distance covered by a moving object cannot be less than zero. Distance is always measured as a positive value. If an object is moving, it will always cover a distance greater than or equal to zero.

Related questions

No, displacement represents the change in position of an object from its initial to final position, regardless of the path taken. So, displacement can never be greater than the total distance traveled.

No.

Yes, if an object moves in a straight line from one point to another (e.g. walking in a straight line and then back to the starting point), the distance traveled and the displacement will be the same if the starting and ending points are the same.

The distance traveled is 135m (100m forward + 35m backward). The displacement is 65m forward (100m - 35m), as displacement is the difference between the final and initial positions regardless of the path taken.

what is the furthest distance a dog has ever traveld

No. Distance is never negative, and total distance travelled doesn't decrease during a trip. The distance from A to B is the same as the distance from B to A. Displacement, on the other hand, can be negative, and can decrease during a trip. The displacement from A to B is the same magnitude, but opposite sign, as the displacement from B to A. An example would be if you went from your home to a friend's house 1 mile to the east. After you reach your friend's house, you have travelled a distance of 1 mile and your displacement from your starting position is 1 mile. When you come back home from your friends house, you travel a distance of 1 more mile. Your total distance travelled is now 2 miles, but your displacement from your starting location is zero (because you are back where you started.)

Yes, the distance traveled up an inclined plane is called the "vertical distance" or "height," while the distance traveled along the incline is known as the "inclined distance" or "slope length." These distances can be calculated using trigonometry and the angle of inclination of the plane.

Acceleration= Distance/time (distance divided by time) That's the dumbest answer I've ever heard.. Acceleration = Final Velocity - Initial Velocity/Time Velocity = Displacement/Time So you can't calculate acceleration from distance and time, you can only do velocity.

no Kesha never traveled to Saudi Arabia.

I personally have never been farther than about 7.5 miles from earth's surface. Apollo astronauts have traveled as far as lunar orbit, around the far side of the moon, roughly 238,000 miles from earth. That's about 1/2% of the distance to Mars when Mars and earth are as close together as they can ever be, and about 1/4% of the distance to the sun.

no but it would b nice

Nobody has ever done that yet.