No. Velocity is described as a speed in a certain direction. Since they are in different directions, they are different velocities.
No, the velocities of the two airplanes are not the same. Although they have the same speed of 300 km/h, their velocities are in opposite directions (north and south), so they are different. Velocity includes both speed and direction.
yes
Velocity is speed plus its direction. -- "30 mph" is a speed. -- "30 mph north" is a velocity. -- "30 mph east" and "30 mph south" are the same speed but different velocities.
No, the car donot have same velocity.
Their average speed is the same, 5km/hour. Velocity takes both speed and direction into account. Hence Mia's average velocity was 5km/hour North, and Luisa's was 5km/hour South. Assuming they were in the same general region on Earth, this means their average velocities wee in opposite directions, but equal in magnitude.
Not necessarily. "To have the same velocity" means to have the same speed AND move in the same direction. A car driving north at 30 miles per hour and another one driving south at 30 miles per hour have the same speed but different velocities.
Two of the same, i.e., south and south repel or north and north. South and north attract.
they were in the same thought the north reported to the gavenment so that they could not stay at the same place.
The Earth's north pole and south pole each rotate at the rate of [ 1 rotation / 2 pi radians / 360 degrees ] per 24hours 56minutes 4seconds. Their linear speed, with respect to any other point on Earth, is zero.
Velocity tells the speed AND what direction it's in. -- "30 miles per hour" is a speed. -- "30 miles per hour north" is a velocity. -- "30 miles per hour east" and "30 miles per hour south" are the same speed but different velocities.
No, in the South the Euro is the currency, in the North it is the Turkish Lira.
Simly stated, velocity is speed in a defined direction. If you travel 5mph north, the speed is the same as if you travel 5mph east, but the velocity is different.