Effort is when you apply force on a tool to make it work(mostly in mechenical cases).
by increasing effort distance hence reducing the effort needed to work
Efficiency
The length of the "effort arm" of the lever clearly has a great influence on the 'effort' the pusher must input to the lever in order to do the job. But in terms of the "work" done ... in the formal sense of Work as defined in Physics = (force) x (distance) ... the length of the effort arm should have no effect on the quantity of work.
Work is mental or physical effort for something. Example: we have to work to get money.
Modern day diesel electrics have greater tractive effort than the UP 4000 class. The GE ES44ac generates 183,000lbs of tractive effort at start up and have a continuous tractive effort of 166,000lbs. A Big Boy can only get up to 135,000lbs of tractive effort
traction means propulsion of vichel and traction motor means the motor which propel the our object and it have tractive effort thats why we are saying traction and it is used in railways
forces that opposes motion
Tractive force is 'static friction'. Like the friction experienced between your car tyres and the road when accelerating from a stand-still.
Each successive locomotive built offered general improvements, such as greater tractive effort (pulling power) larger fuel & water capacities (depending on it's intended use) & ease of operation.
THE FORCE APLIED ON A MACHINE FOR DOING WORK IS CALLED EFFORT IT IS REPRESENTED BY (E)
encourage women to work outside of the home to help the war effort.
By Tractive Resistances I assume the total driving resistances including air resistance, rolling resistance etc.. In this to move the vehicle at a constant speed the driving force should be equal to tractive resistance. This means driving force at wheel is 280 N. Power = Force * Velocity 280 * 18 = 5040 W = 5.04 KW.
The unit of measurement for effort is the Newton (N). The effort applied to get work done can be equated to force applied.
the effort is decreased
Effort is when you apply force on a tool to make it work(mostly in mechenical cases).
The reindeer and sleigh are not aerodynamically sound, eight horspower would not develop anything near the tractive effort required- a Large Diesel locomotive can pull l00 boxcars at about 45 MPH- you figure out the rest. chronic power loss. Slide rule versus Santa Claus.