Physics Calc - Physics Formulas Calculator 1.3.0

This Physics Calculator offers a comprehensive range of topics, making it a valuable tool for students and professionals alike. The sections included are:

1. Basic Physics Formulas
2. Astrodynamics
3. Electromagnetism
4. Fluid Mechanics
5. Geophysics
6. Quantum Physics
7. Dynamics
8. Thermodynamics

With over 600 formulas covered, users can find detailed explanations and examples on the application's support page.

A customizable color selection enhances user experience, allowing individuals to tailor the interface to their preference.

Your feedback is encouraged to help improve the application further.

The section on Basic Physics includes a wide array of formulas, such as:

• Acceleration Due to Gravity on Earth’s Surface
• Acoustic Suspension Enclosure Specifications
• Aggregates Volume Calculation
• Molar Mass to Amount of Substance Conversion
• Unit Conversion for Ampere
• Angular and Linear Velocity Equations
• Antenna Bandwidth and Cutoff Frequency Calculations
• Apparent Porosity and Volume of Pores Measurement
• Apparent Temperature Based on Relative Humidity
• Average Acceleration and Speed Calculations Using Distance and Time
• A systematic approach to Average Velocity with Initial Velocity and Constant Acceleration
• Axial Stress in Cylinders and Tubes Analysis
• Batteries Charge Time Calculations
• Battery Capacity and Discharge Time Using Peukert's Law Understanding
• Bend-to-Mold Sheet Metal Line Distance Estimates
• Brinell Hardness Number Test (BHN)
• Bolt Torque Specifications for Fractional Bolts
• Boltzmann Gas Constant (KB) Reference
• Celsius to Fahrenheit Conversion Formula
• Center of Gravity Calculations for Circles and Multiple Objects
• Centripetal Motion Dynamics: Acceleration, Force, Radius, and Velocity Relations
• Ceramic Transverse Strength Measurements
• Kinematic Equations for Change in Velocity
• Circular Shaft Polar Moment of Inertia Analysis
• Circular Motion Parameters: Velocity, Radius, and Time Period Assessments
• Coefficient of Friction Evaluation Methodologies
• Coincidence Frequency and Critical Frequencies Measurement Techniques
• Concave Mirror Equation Applications: Focal Length and Magnification Calculations
• Damped Harmonic Oscillation Time and Displacement Graphing Techniques
• Densities of Sand, Water, and Wood Measurements!
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• (...and many more, covering diverse principles in physics)

• This thorough coverage makes it a significant resource for anyone looking to enhance their understanding of physics concepts.