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Technical Help▼ 2ᴺᴰ Moment of Area 2ᴺᴰ Moment of Area+ Added Mass & Drag Areas & Volumes Atoms Balancing (rotary) Beam Strength Beam Strength+ Bearings (low friction) Bearings (plain) Belt Drives Bending Moments BiMetallic Strip Buoyancy Carbon Steel Catenary Catenary+ Cathodic Protection Centrifugal Force Colebrook & Fanning Column Buckling Combined Stress Co-ordinates Copper Alloys Core Pressure Electrical Current Elliptical Curves Engineering Basics Explosions Fans Fatigue Flange Gaskets Flanges Floors Fluid Forces Fluid Numbers Friction Galvanic Corrosion Gears Hardness Conversion HPHT Flexible Pipe Lift Rigging Logs & Trig Machining Tolerances Metal Properties Mode Shapes Mode 14 Newton's Laws of Motion Ocean Waves Optical Lenses Padeyes Partial Pressures Physics Piling Pipe Flow Pipe Flow+ Pipe Strength Planetary Spin Plastic Stress in Beams Plate Deflection Pressure Vessels Reel Capacity Resolution of Forces Screw Thread Machining Screw Threads Shafts Shock Loads Spring Coefficients Spring Strength Steel Beam Sizes Stress Concentration Table of the Elements Thermal Conductivity Trigonometry UniQon Upheaval Buckling Velocity & Acceleration Vessel Motions Vessel RAOs Vibration Damping Vortex Shedding Walls, Barriers & Tanks Weight Lifting Welding Wire Ropes

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Calculator Description

Planetary Spin

Calculator for the angular motion in satellites

Subject

This is considered today to be an impossible task; to calculate exactly what generates spin in stars, planets and moons.

It is the energy developed in a satellite from its force-centre and secondary satellites that causes a satellite to spin.

Isaac Newton’s laws of motion provide all the information needed to calculate this energy, if you only know where to look. This calculator tells you where to look and how to apply it. Spin‘s output data is as exact as Newton’s laws of motion themselves.

Calculator

Spin uses the appropriate results from CalQlata’s Newton calculator to determine a satellite's (e.g. the earth) spin energy and angular velocity (incl. direction) or its delta value, which is used to define its polar moment of inertia.

For help using this calculator, see Technical Help

Spin Theory - Options

Spin Theory

Spin calculates the angular velocity and direction in satellites.

You enter:	and the Spin calculator will provide:
Delta value or angular velocity of satellite Mass of satellite Radius of satellite Orbital period of satellite Relative angle between satellite and secondary satellite orbital planes Energy induced by force-centre Energy induced by secondary satellite(s)	Angular velocity or delta value of satellite Polar moment of inertia of satellite Total rotational energy induced in satellite

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Price: £25.00

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