Ali NawazForce (newtons): Distance from pivot (meters): Torque (newton-meters): Calculate Torque is a crucial concept in physics and engineering, representing the rotational force around an axis. It’s particularly important in machinery and mechanical systems where rotational motion is involved. Formula The torque output (τ\tauτ) is calculated using the formula: τ=F×d\tau = F \times dτ=F×d where: How … Read more
Feed Rate (mm/rev): Depth of Cut (mm): Nose Radius (mm): Calculate The tool nose radius is a critical parameter in machining operations, especially in determining the accuracy and finish of machined surfaces. It refers to the radius of the cutting edge of a tool, influencing chip formation, tool life, and surface quality. Formula The tool … Read more
Tons (t): Newtons (N): Calculate Converting units of force from tons to newtons is essential in various fields of physics, engineering, and everyday applications. This calculator simplifies the process, providing accurate results based on the standard gravitational acceleration. Formula To convert tons (t) to newtons (N), use the formula: N=t×1000×gN = t \times 1000 \times … Read more
Weight in Tons: Density (lbs per gallon): Barrels: Calculate The conversion of weight from tons to barrels is a common requirement in various industries, particularly in the oil and gas sector. This conversion helps in determining the volume of liquid that a given weight will occupy, based on the density of the substance. Formula To … Read more
Tons (refrigeration): Voltage (volts): Efficiency (as a decimal): Power Factor (as a decimal): Amps (amperes): Calculate The Tons to Amps Calculator is designed to convert tons of refrigeration into the equivalent electrical current in amperes. This calculation is crucial for designing and analyzing HVAC systems, ensuring that electrical components are appropriately rated for the cooling … Read more
Nominal Size (mm): Actual Size (mm): Tolerance Factor: Calculate The tolerance factor is a measure used in manufacturing and engineering to determine the allowable deviation in a component’s size from its nominal size. This calculation is crucial to ensure that parts fit and function correctly in their intended applications. Formula The tolerance factor (TFTFTF) is … Read more
Tire Diameter (inches): Gear Ratio: Rollout (inches): Calculate The tire rollout of a vehicle is a critical measurement that influences its performance. It determines the distance a tire covers in one complete revolution. Knowing the tire rollout helps in optimizing the vehicle’s gearing and overall efficiency. Formula The tire rollout (RRR) can be calculated using … Read more
Height (meters): Base Length (meters): Tipping Angle (degrees): Calculate The tipping angle of an object is a crucial parameter in understanding its stability. It is the angle at which an object begins to tip over, indicating how stable it is when subjected to tilting forces. This calculator helps in determining the tipping angle based on … Read more
Total Bill ($): Tip Percentage (%): Number of People: Tip Per Person ($): Calculate The Tip Divider Calculator helps you calculate how much tip each person needs to pay when sharing a bill. This tool is perfect for group dining scenarios, ensuring everyone pays their fair share of the tip. Formula The tip per person … Read more
Total Hours Available (hours): Used Hours (hours): Time Space Percentage (%): Calculate The Time Space Percentage Calculator helps you determine the percentage of time utilized out of the total available time. This can be particularly useful for time management, project planning, and productivity tracking. Formula The formula to calculate the time space percentage is as … Read more
Initial Time (seconds): Final Time (seconds): Improvement (%): Calculate Tracking performance improvements is essential in various fields, especially in sports, fitness, and project management. The Time Improvement Calculator helps you determine the percentage improvement between an initial and final time. Formula The percentage improvement in time (III) can be calculated using the formula: I=(IT−FT)IT×100I = … Read more
Magnitude (A or V): Frequency (Hz): Phase Angle (degrees): Phasor (A∠° or V∠°): Calculate Converting a time domain signal to its phasor representation is a fundamental concept in electrical engineering and signal processing. Phasors simplify the analysis of AC circuits and signals by representing sinusoidal functions as complex numbers in polar form. Formula The time … Read more
Principal Amount Deposited ($): Annual Interest Rate (decimal): Time Deposited For (years): Interest Earned ($): Calculate A time deposit, also known as a fixed deposit, is a financial instrument provided by banks that offers a higher interest rate than a regular savings account. The interest is earned over a specified period of time, and this … Read more
Mass of the celestial body (kg): Distance from the celestial body (m): Radius of the object experiencing the force (m): Tidal Force (N): Calculate The tidal force is the gravitational force that one celestial body exerts on another, causing deformation due to the difference in gravitational pull across the object. This force is crucial in … Read more
Number of Ticks: Ticks per Second: Time in Seconds: Calculate Ticks are units of time measurement often used in computer systems and simulations, where each tick represents a unit of time. Converting ticks to seconds is essential for understanding and interpreting timing data in various applications. Formula To convert ticks to seconds, divide the number … Read more
Tibia Length (cm): Height (cm): Estimated Height (cm): Calculate The Tibia Length To Height Calculator estimates a person’s height based on the length of their tibia bone. This measurement can provide an approximate height calculation useful in medical and anthropometric assessments. Formula The estimated height (HHH) is calculated using the formula: H=TL×2.4H = TL \times … Read more
Drag Coefficient (Cd): Air Density (ρ in kg/m³): Velocity (V in m/s): Frontal Area (A in m²): Thrust Required (N): Calculate The calculation of thrust required is essential in aerodynamics and engineering applications where understanding the forces acting on an object in motion through air is crucial. The Thrust Required Calculator simplifies this complex calculation … Read more
Pitch (threads per inch): Wire Diameter (inches): Constant: Calculate The thread wire constant is a critical parameter used in engineering and manufacturing processes, especially in industries involving threaded fasteners. It helps determine the relationship between the pitch of threads and the diameter of the wire used. Formula The thread wire constant (CCC) can be calculated … Read more
Stress Area (square inches): Tensile Strength (psi): Safety Factor: Pull Out Force (pounds): Calculate The thread pull out force is a critical calculation used in engineering to determine the maximum force that can be applied to pull a threaded fastener from its mating material without causing failure. This calculation ensures the safety and reliability of … Read more
Pitch (mm): Starts: Thread Height (mm): Calculate The thread height of a screw or bolt refers to the vertical distance from the crest to the root of the thread. Understanding thread height is essential in engineering and manufacturing, especially for designing fasteners and ensuring proper thread engagement. Formula The thread height (TH) is calculated using … Read more