Driving a school bus typically means working alone. A bus driver is the captain of that ship all the time they're driving it. Sure, there may be other employees at the same business, but the separation of work space is verily evident.
In a sea of fast paced, high volume, rain or shine traffic situations, it's comforting to get a little wave of recognition from a fellow who shares your outlook on safety and defensive driving. A wave says, "I'm with ya, buddy!"
Any cyclist can immediately wave on a driver who has stopped to let them pass. That is a universal rule of the road much the same as drivers who wave on a car that has paused to let them into traffic.
1. The wavelength is the distance from the crest of one wave to the crest of the next. 2.Frequency is the number of waves that pass a point in each second. 3.Amplitude is a measure of the amount of energy in a sound wave.
This question is unrelated to psychology.
Many young men are shy so if you wave 'hi' he feels more comfortable and that is why he walking you to class. He may well be interested in you. If you like him then ask him if he would like to join you one night for a movie.
He probably is outgoing and confident like you think but gets shy around you! He probably gets shy around you because he likes you and doesn't want to embarrass himself by saying something stupid!
It is a sign of comradeship between fellow enthusiasts. Cyclists usually do the same. Bus drivers also wave to each other as they meet on the road - even if they are employed by different bus companies.
wave
The Least We Can Do Is Wave to Each Other was created in 1970-02.
They cancel each other.
The fields are at right angles to each other and to the direction of the wave.
milky wave is when ther is to poscents of gravity hits each other
The fields are at right angles to each other and to the direction of the wave.
Standing wave If they do a great job, the wave practically disappears.
with a sine wave
They wave and say Hi!
Interference means two waves meet each other. If the waves are in same phase, they'll enhance each other, creating a bigger wave or a bigger maximum at that point. If they are in opposit phase, they'll undo each other either fully or partially. This is called an destructive interference wave.
The frequency of this sound wave is very near constant.