Formulary

 Math and Physics Calculators

| Start: Formulary | Imprint & Privacy


Math: Elementary Arithmetic | Fractions | Euclidean Division | Binomial Theorem | Rule of Three | Inverse Rule of Three | Quadratic Formula | GCD | LCM | Divisors | Common Divisors | Multiples | Linear Equation | Polynomial | Exponentiation | Logarithm Base Conversion | Exponential Growth | Complex Numbers | Argument | Trigonometry | Opposite Side of an Angle | Dynamic Range | Absolute Value of a Vector | Increase in Circumference

Physics: Force | Weight | Work | Power | Pressure | Density | Specific Weight | Velocity | Velocity Units | Speed of Light | Angular Velocity | Momentum | Acceleration by Time | Acceleration by Distance | Free Fall | Throw | Rolling | Jerk | Electric Power | Electric Resistance | Energy in kWh | Charge | Capacity, Capacitance | Inductance | Parallel Connection | Kinetic Energy | Energy Density | Impact | Torque | Law of the Lever | Inclined Plane | Drag Coefficient | Magnetic Flux Density | Decibel | Sound Pressure | Wavelength | Decay | Special Relativity


 
Anzeige



Calculate Forces on an Inclined Plane


Forces on an inclined plane without friction. The unit of the forces is e.g. newton. The normal component of the weight has the same absolute value as the normal force, but points into the opposite direction.

FH = FG * sin(α)
FGN = FG * cos(α)		     Inclined Plane

decimal places:

angle α: °
weight FG:
applied force FH:
normal component of the weight FGN:

Please enter angle in degrees and one force, the other two forces will be calculated. Here you can convert angle units.



Formulary and calculators math and physics.
© jumk.de Webprojects | German: Formelsammlung Mathe & Physik



Anzeige