A good serve should be hit diagonally opposite over the net onto the service box. This picture ...
On the first point of a game, the first serve must go over the net and into the receiver’s right (deuce) service court. ADVERTISEMENT If your first serve doesn’t go into the correct box, it’s called a “fault.” If you miss your second serve, however, it’s called a “double fault” and your opponent wins that point.
The serve is a let if: The served ball touches the net, strap or band, and lands in the correct court. The served ball touches the net, strap or band and then touches the receiver, the receiver’s partner or anything they wear or carry before hitting the ground. The ball is served when the receiver is not ready.
The first serve of a game is from the right hand side of the court to the opposite side of the court, and is served diagonally across the net. The opponent can wait anywhere on the other side of the net to receive the serve. When the point is won, the server then moves to the left hand side of the court, for the next service.
The section starts out innocuously enough. At the end of each standard game, the receiver shall become the server and the server shall become the receiver for the next game. USTA Friend at Court/ITF Rules of Tennis, Section 14.
Simplified Rules Of Tennis Whoever wins the toss gets to choose who will serve first or which side of the net the players will take. The choice not... The server must serve diagonally into the service box across the court. He or she must serve from a stationary position... The server gets two ...
Now, let's look at the rules on receiving. Because these really come into play in figuring this situation out. First, Rule 8 tells us “The receiver is the player who is ready to return the ball served by the server.”
The player who was the receiver’s partner for the first point of the game shall receive the second point and this rotation shall continue until the end of the game and the set. USTA Friend at Court, ITF Rules of Tennis, Section 15. A careful reading of the rule reveals that it is completely ambiguous.