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What is the displacement of a cyclist who travels 1 mile north then 1 mile east and finally 1 mile south?
The cyclist ends up 1 mile east of the starting point (unless the cycling takes place near the north or south pole!). So the displacement is 1 mile in an easterly direction.
Someone walked three blocks east then two blocks south one block west and finally two blocks north they traveled a distance of eight blocks and have a displacement of what blocks east?
3 blocks east
A radio controlled car rolls 10 m south then reverses direction and rolls 8 m north The car has traveled a distance of 18 m and has a displacement of m south?
2
If the displacement is negative 2 north and represents a positive displacement What is the direction?
south
A -2 displacement towards the north represents a positive displacement towards the south?
Indeed it is.
What is the displacement of a cyclist who travels 1 mile north then1 mile east and finally 1 mile south what is it?
1 mile East
What is the displacement of a cyclist who travels 1 mile north then 1 mile east and finally 1 mile south?
The cyclist ends up 1 mile east of the starting point (unless the cycling takes place near the north or south pole!). So the displacement is 1 mile in an easterly direction.
Someone walked three blocks east then two blocks south one block west and finally two blocks north they traveled a distance of eight blocks and have a displacement of what blocks east?
3 blocks east
What is reverses direction and rolls 8 m north The car has traveled a distance of 18 m and has a displacement of m south?
2
An object moves 15.0 m north and then 11.0 m south Find both the distance traveled and the magnitude of the displacement vector?
The distance traveled is the sum of the magnitudes of the two displacements: 15.0 m north + 11.0 m south = 4.0 m north. The magnitude of the displacement is the absolute difference between the initial and final positions: |15.0 m - 11.0 m| = 4.0 m.
A radio controlled car rolls 10 miles south then reverses direction and rolls 8 miles north The car has traveled a distance of 18 miles and has a displacement of miles south?
The car has traveled a total distance of 18 miles (10 miles south + 8 miles north), but its displacement is 2 miles south. Displacement is the shortest distance between the starting and ending points, regardless of the actual path taken.
A car pulls out from its garage begins to head north for 10 km then heads east for 5km then heads south for 15km and finally comes to rest after heading north 5 km What is the displacement?
The displacement of the car is 5 km to the east.
A person walks 3 miles north, turns and walks 2 miles east. Calculate the persons distance traveled and their displacement?
Well, honey, the person traveled a total distance of 5 miles. Their displacement, on the other hand, is the shortest distance from their starting point to their end point, which you can calculate using the Pythagorean theorem. So grab your calculator and get to work, darling!
Where did the Phoenician's travel to?
The Phoenicians traveled to many countries at the coast of the Mediterranean Sea. They first traveled to Egypt, then traveled along the north coast of Africa until they landed at the Phoenician colony of Carthage. Again they set sail, passing through the strait of Gibraltar and heading north along the coast of Spain, staying close to the coast of Europe, they finally steer for the remote island of Britain.
A radio controlled car rolls 10 m south then reverses direction and rolls 8 m north The car has traveled a distance of 18 m and has a displacement of m south?
2
What is the displacement of a hiker who travels 3.0 km east and then 4.0 km north?
The displacement of the hiker can be found by treating the eastward and northward movements as vectors. Using the Pythagorean theorem, the displacement is the square root of the sum of the squares of the distances traveled in each direction. In this case, the displacement is √(3.0 km)^2 + (4.0 km)^2 = √(9 km^2 + 16 km^2) = √25 km^2 = 5.0 km. Therefore, the displacement of the hiker is 5.0 km in a direction that is 53.1 degrees north of east.
What is the correct displacement for the following vectors 4 km south km north 5 km south and 5 km north?
The displacement is a shortest distance. Here, the displacement will be 1 km. It will be in the North direction.
