Sphere Finance Calculator

    About Sphere Finance Calculator (Formula)   The Sphere Finance Calculator utilizes fundamental formulas from spherical geometry, integrated with financial principles, to compute various properties of a sphere based on user-provided inputs. Key variables include the sphere’s dimensions (radius, diameter, circumference), financial parameters (interest rates, time, volatility), and desired outcomes (volume, surface area, circumference).

Rod Ratio Calculator

    About  Rod Ratio Calculator (Formula)   The Rod Ratio Calculator determines the rod ratio by dividing the piston rod length by the crankshaft stroke length. This ratio is important in engine design as it affects engine performance and characteristics, such as torque, piston speed, and dwell time.

Aero Port Area Calculator for Total Port Area

    About Aero Port Area Calculator for Total Port Area (Formula) The Aero Port Area Calculator for Total Port Area calculates the total area of aero ports based on the diameter of each port and the total number of ports. It utilizes the formula: �=�×�24×�A=4π×D2​×N Where: �A is the total area of the aero … Read more

Efficient CNC Machining with Chip Load Calculator

    About Efficient CNC Machining with Chip Load Calculator (Formula) Efficient CNC Machining with Chip Load Calculator computes the chip load per tooth, a critical parameter in machining operations, using the following formula: Chip Load per Tooth = Feed Rate / (Spindle Speed * Number of Flutes) Where: Chip Load per Tooth: The amount … Read more

Duty Cycle Calculator

    About Duty Cycle Calculator (Formula)   The duty cycle (D) of a periodic signal is defined as the ratio of the pulse width (PW) to the period (T) of the signal. The formula for calculating the duty cycle is given by: �=Pulse Width (PW)Period (T)D=Period (T)Pulse Width (PW)​ where: �D is the duty cycle, Pulse Width (PW) is the … Read more

Copper Wire Weight Calculator

    About Copper Wire Weight Calculator (Formula)   The Copper Wire Weight Calculator computes the weight of a copper wire based on its length and diameter using the following formula: Weight (grams)=Length×Cross-sectional Area×DensityUnit WeightWeight (grams)=Unit WeightLength×Cross-sectional Area×Density​ Where: LengthLength is the length of the wire in meters. Cross-sectional AreaCross-sectional Area is the area of the wire’s cross-section, calculated using the formula for … Read more

Crawl Space Cost Calculator

      About Crawl Space Cost Calculator (Formula) The Crawl Space Cost Calculator computes the total cost involved in the construction or renovation of a crawl space based on various parameters. The formula employed is: Total Cost=Area of Crawl Space×Cost per Square Foot+Labor Cost+Additional Material Cost+Extra Services CostTotal Cost=Area of Crawl Space×Cost per Square Foot+Labor Cost+Additional Material Cost+Extra Services Cost Where: Area of Crawl Space is calculated by multiplying the length and width of the crawl space. Cost … Read more

Balance Bead Calculator

    About Balance Bead Calculator (Formula) The Balance Bead Calculator determines the amount of balance beads needed for a tire based on its weight. It employs the formula: Balance Bead (oz)=Tire Weight (lbs)13Balance Bead (oz)=13Tire Weight (lbs)​ Where: Balance Bead (oz) represents the amount of balance beads required, measured in ounces. Tire Weight (lbs) represents the weight of the tire, measured in … Read more

Drivetrain Loss Calculator

    About Drivetrain Loss Calculator (Formula) The Drivetrain Loss Calculator assesses the efficiency of power transmission from an engine to the wheels by computing the percentage of power lost during transmission. It employs the formula: Drivetrain Loss (%)=(Engine Output−Wheel OutputEngine Output)×100Drivetrain Loss (%)=(Engine OutputEngine Output−Wheel Output​)×100 Where: Engine Output represents the power output of the engine, typically measured in horsepower (hp) or kilowatts (kW). … Read more

Far-Field Calculator

    About Far-Field Calculator (Formula) The Far-Field Calculator estimates the distance at which an antenna’s radiation pattern transitions from the near-field region to the far-field region. It uses the formula: Far-Field Distance (m)=2×Antenna Diameter2WavelengthFar-Field Distance (m)=Wavelength2×Antenna Diameter2​ Where: Far-Field Distance is the distance from the antenna where the radiation pattern becomes far-field. Antenna Diameter is the diameter of the antenna … Read more