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1 dzień temu · The Boat Speed Calculator, powered by Crouch's formula, is a tool designed for enthusiasts and professionals in marine design and navigation. It assesses the potential top speed of boats of various types by considering their power, displacement, and a unique factor known as the Crouch constant.
5 dni temu · The formula for calculating the Displacement to Length Ratio is: \ [ DLR = \frac {D} {L} \times 100 \] where: \ (DLR\) is the Displacement to Length Ratio (%), \ (D\) is the total displacement, \ (L\) is the total length.
3 dni temu · Step 1: Open Excel and Select a Cell. Open Excel and click on the cell where you want to enter your equation. Selecting the right cell sets the stage for your calculations. Think of it like planting a seed in a garden; the cell is the soil where your equation will grow.
3 dni temu · Example Calculation. Assuming a ship with a length of 120 meters, width of 20 meters, draft of 6 meters, and a block coefficient of 0.95 in sea water, the displacement tonnage is calculated as: \ [ \text {Displacement (MT)} = \frac {120 \times 20 \times 6 \times 0.95} {0.9756} \approx 13941.76 \, \text {metric tons} \]
2 dni temu · This useful calculator computes the speed-of-advance of a propeller based on: engine crankcase speed in RPM; engine gear reduction RATIO expressed as n :1; and. propeller PITCH, in inches. The potential boat speed is then calculated from the speed-of-advance using SLIP, a percentage of lost speed, and unit conversion to boat speed in ...
4 dni temu · To calculate the maximum fuel consumption, you can employ the following formula: Fuel Consumption (Gallons Per Hour) = (Fuel Used x Horsepower) / Fuel Specific Weight. For instance, if you have a 300-horsepower engine running on gasoline, the fuel consumption would be: GPH = (0.5 x 300) / 6.1. GPH = 24.5.
5 dni temu · calculate the displacement of a particle by finding the area under its velocity–time graph, find the distance traveled by a particle using its velocity–time graph, describe the movement of a particle using its velocity–time graph.
