Kinematics Calculator
Calculate final velocity using the equation v = u + at.
Physics
Physics Calculators
Use these physics calculators for kinematics, force, work, power, projectile motion, Ohm’s law, resistor color code, voltage divider, RC circuit timing, battery life, and decibel calculation. This page is useful for school physics, electronics, lab work, engineering basics, and quick formula checks.
Kinematics
Force
Projectile Motion
Ohm's Law
RC Circuit
Battery Life
dB
Force Calculator
Calculate force from mass and acceleration using F = ma.
Work Calculator
Calculate work using W = Fd.
Power Calculator
Calculate power using P = W / t.
Projectile Motion Calculator
Estimate range, maximum height, and time of flight from launch speed and angle.
Ohm’s Law Calculator
Calculate voltage, current, or resistance using V = IR.
Resistor Color Code Calculator
Select 4-band resistor colors to get the resistance value.
Voltage Divider Calculator
Calculate output voltage from input voltage and two resistors.
RC Circuit Calculator
Calculate time constant using τ = RC.
Battery Life Calculator
Estimate battery runtime from battery capacity and device current draw.
dB Calculator
Calculate decibel gain or loss from two power values using dB = 10 log10(P2/P1).
What You Can Calculate
This physics calculator page covers core mechanics, electricity, and electronics formulas used in school and engineering basics. You can use the kinematics calculator, force calculator, work calculator, power calculator, projectile motion calculator, Ohm’s law calculator, resistor color code calculator, voltage divider calculator, RC circuit calculator, battery life calculator, and dB calculator from one place.
These calculators are useful for homework, electronics projects, lab preparation, exam revision, and quick formula checking. They are designed for fast estimation and should be compared with your class method or circuit conditions where needed.
How To Use These Physics Calculators
Enter the values shown in each tool and review both the numeric result and the formula relation. For circuit tools, keep units consistent and convert milliamp, microfarad, or kilo-ohm values into the expected base unit before calculation if needed.
For the projectile motion calculator, the result assumes ideal motion without air resistance. For battery life, the estimate assumes a steady current draw instead of variable load.
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Helpful External Resources
For reference, see NIST constants, Khan Academy Physics, and Ohm’s law references.