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4 dni temu · Calculation Formula. The turn radius of an aircraft is given by: \[ \text{Turn Radius (ft)} = \frac{V^2}{g \cdot \tan(\theta)} \] Where: \( V \) is the velocity of the aircraft in feet per second (fps). \( g \) is the acceleration due to gravity (32.2 ft/s²). \( \theta \) is the bank angle of the aircraft in radians. Example Calculation
7 godz. temu · Identify the coordinates of the cities and the transmitter. - The transmitter is at the origin (0, 0). - The first city is 50 miles north of the transmitter, so its coordinates are (0, 50). - The second city is 51 miles east of the transmitter, so its coordinates are (51, 0). Step 2/7 Determine the equation of the line connecting the two cities.
2 dni temu · The calculator uses the formula A=π×r24A = \frac{\pi \times r^2}{4}A=4π×r2 to compute the area based on the radius rrr provided. 4. Is the calculator accurate? Yes, the calculator provides accurate results based on the input radius, using the mathematical constant π (pi). 5. Can the calculator handle different units of measurement?
4 dni temu · The formula to calculate the turning radius of a vehicle is: \ [ TR = \frac {WB} {\tan (a)} \] where: \ (TR\) is the turning radius, \ (WB\) is the wheelbase, the distance between the centers of the front and back wheels in meters, \ (a\) is the turning angle of the front wheels in degrees.
1 dzień temu · Calculation Formula. Air velocity can be calculated using the formula: \[ \text{Air Velocity (ft/s)} = \frac{\text{Air Flow Rate (ft³/s)}}{\text{Air Duct Area (ft²)}} \] Example Calculation. For an air flow rate of 500 ft³/s and an air duct area of 50 ft²: \[ \text{Air Velocity} = \frac{500}{50} = 10 \text{ ft/s} \] Importance and Usage ...
2 dni temu · Calculation Formula. The formula to calculate torque from pressure is given by: \[ T = P \times A \times r \] where: \(T\) is the Torque From Pressure (lb-ft), \(P\) is the pressure (psi), \(A\) is the area (in²), \(r\) is the radius (ft). Example Calculation
4 dni temu · The formula to estimate the blast radius of a nuclear explosion is derived from empirical data and scaling laws. It approximates the distance from ground zero at which severe damage can be expected from the shockwave produced by the detonation.
