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Weight On Wheels Using Grade Resistance For Motion On Slope is a calculation used to determine the weight of equipment resting on its wheels when moving on an inclined surface, taking into account the resistance due to gravity and the slope gradient.
The calculator uses the formula:
Where:
Explanation: This formula calculates the weight distribution on wheels by considering the resistance force due to slope and the grade resistance factor specific to the terrain and equipment.
Details: Accurate calculation of weight on wheels is crucial for vehicle stability, traction control, and safety when operating on sloped terrain. It helps in determining proper load distribution and preventing rollovers.
Tips: Enter grade resistance in Newtons, grade resistance factor in Newton per Kilogram, and percent grade as a percentage. All values must be positive numbers.
Q1: What is grade resistance?
A: Grade resistance is the force, due to gravity, that resists the movement of a vehicle up a slope.
Q2: How is percent grade measured?
A: Percent grade is a measure of the steepness or incline of a slope, expressed as a percentage of vertical rise over horizontal run.
Q3: What factors affect grade resistance factor?
A: Grade resistance factor depends on the terrain type, wheel characteristics, and the specific equipment being used.
Q4: When is this calculation most important?
A: This calculation is particularly important for heavy equipment, construction vehicles, and off-road vehicles operating on inclined surfaces.
Q5: How does weight distribution affect vehicle performance on slopes?
A: Proper weight distribution ensures better traction, stability, and control when moving on sloped terrain, reducing the risk of accidents.