Gear Ratio For Power. From the above, calculated gear ratio we can calculate the speed and torque at. The gear ratio determines the.
We will get resultant gr between driver and driven gear. Divide the number of teeth on the driven gear by the.
It Plays A Critical Role In Establishing The Efficiency Of Power Transmission In Your Gears.
A low gear ratio will result in a higher speed but lower torque.
At The Heart Of Every Transmission Lies A Series Of Gears With Different Sizes, Each Offering A Unique Gear Ratio.
The gear train shown below has a higher gear ratio:
In Top Gear, On The Other Hand, The Shiftable.
Images References :
Once You Have The Number Of Teeth On Both Gears, You Can Calculate The Gear Ratio.
For example, when starting off with a car in first gear, there is a power ratio with a maximum transmission ratio of about i max = 3.6.
Define The Size Of The Driving Gear (Number Of Teeth).
Gear ratio and torque explanation:
Following Our Gear Ratio Equation, We Can Say That This Gear Train Has A Gear Ratio Of 10:40, 10/40, Or Simply 1/4 (Or 0.25).