Tennis court geometry question

Ask questions about projects relating to: aerodynamics or hydrodynamics, astronomy, chemistry, electricity, electronics, physics, or engineering

Moderators: kgudger, bfinio, MadelineB, Moderators

Locked
deleted-341360
Posts: 1
Joined: Wed Feb 03, 2016 11:33 am
Occupation: Other Adult

Tennis court geometry question

Post by deleted-341360 »

A fellow tennis player tells me I don't have to adjust my serve when playing on courts that have different slopes. I played on a level court for years and now suddenly I'm playing on courts that have a significant end-to-end slope of 1%. This means one end of a 78' court is over 9" higher than the other. When serving 'uphill', many of my serves hit the net because it feels like it's 4.5" higher (the net being hung at half the court length). When serving 'downhill', many serves go long. The question is whether there actually is an 'uphill' and 'downhill' in reality. Theoretically speaking, in reality, should my serve need any adjustment? Or am I just having (as my buddy suggests) 'perception issues'? After all, my feet are matching the new slope as I stand to serve. Thanks for any help with this!
deleted-2131
Former Expert
Posts: 1415
Joined: Sat Nov 08, 2003 11:27 pm
Occupation: Planetary Scientist
Project Question: N/A
Project Due Date: N/A
Project Status: Not applicable

Re: Tennis court geometry question

Post by deleted-2131 »

Hi Shangster,

It sounds like your tennis question isn't related to a K-12 science fair project. These forums are specifically for K-12 students, parents, and teachers working on science fair projects, so a different set of online forums would be better able to help you.
All the best,
Terik
Locked

Return to “Grades 9-12: Physical Science”