Help
Options
Didn't know it?
click below
click below
Knew it?
click below
click below
Don't Know
Remaining cards (0)
Know
retry
shuffle
restart
0:00
Embed Code - If you would like this activity on your web page, copy the script below and paste it into your web page.
Normal Size Small Size show me how
Normal Size Small Size show me how
Force and Motion
| Question | Answer |
|---|---|
| Force | Any push or pull |
| Motion | any change in position |
| speed | distance on object travels in a given amount of time |
| time | duration of an event |
| velocity | speed and direction |
| acceleration | increase in object speed or velocity |
| decceleration | decrease in object speed or velocity |
| mass | amount of matter in an object |
| weight | amount of gravitational force exerted on an object |
| friction | force that opposes motion occures opposite direction of the motion and determined by the force pushing the two surfeces together /trys to prevent motion |
| air ressistance | friction between any object and the atmosphere |
| aerodynamic | object that creates very little friction between itself and earths amosphere |
| distance equals | speed times time |
| speed equals | distance divided by time |
| time equals | distance divided by speed |
| long stride equals | deacrease in time |
| short stride | increase in time |
| if time increases | speed decreases |
| if time decrease | speed increases |
| RACERS have the least experience in what | heel toe |
| why do you start behind the starting line and walk through the finish line | to not record deceleration/ acceleration |
| Running needs how much balance | kind of a lot |
| walking needs how much balance | some balance |
| heel toeing needs how much balance | LOTS of balance |
| heel toe needs how much concentration | LOTS of concentration |
| walking needs how much concentration | almost none concentration |
| running needs how much concentration | more concentraition |
| heel toe needs how much concentration | LOTS OF concentration straed |
| which triathlon events required the longest stride | the 10m run |
| what affect does the length of the racers leg have on their time | Longer legs, and longer feet= shorter time and greater speed Shorter legs, and smaller feet = longer time, slower speed. |
| Identify the relationship between the time it takes a racer to travel 10m and the overall speed of the racer | If the time it takes a racer to travel 10m increases, then the overall speed deacreases If the time it takes the racer to travel 10m deacreases, then the overall speed of the racer increases |
| How did the need for balance influance the times for each racer. | increased concenration on balance for the heel toe caused an increase in the racers time. |
| what would happen to the racers time or speed if the distance were increasesd. | An increase in distance will result in an increase in time but not nessarily affect speed for distance to impact it would need to increases dramticly to account for fatigue |
| why were the times of each attempt different | the racer may have been accelerationg before the starter gave the signal to go the timer could have been to early of too late with starting or stopping the clock |
| why do you think the 10 meter run had the shortest average time | the run employed the most natural movemnt and the racers had lots of experiance the run required much less concentration on balance then either of the two other events |
| why didnt the racers begin each race exactly on the starting line | to not recored the racers decceleration or acceleration at the finish |
| why do you think the 10 meter heel toe had the longest average time | the heel toe required the greatest concentration which slowed the racer down |
| why do you think we allowed for three attempts in each race | more trials would generate more accurate data |
Created by:
user-1984375