__NOWYSIWYG__ Magnitude Battle Data Affected by Contest Data Contests (RSE) Super Contests (DPPt) Contest Spectaculars (ORAS) Magnitude is a Ground-type move. It is unusual because it has different levels of power; the higher the level, the stronger the move. Magnitude has 10 different possible levels (4-10), with the most common level being magnitude 7, at about 30%. Getting magnitude 4 or magnitude 10 by contrast have a low chance of happening: around 5%. Magnitude 6 or magnitude 8 is 20 % and Magnitude 5 and magnitude 9 is 10%.
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| - __NOWYSIWYG__ Magnitude Battle Data Affected by Contest Data Contests (RSE) Super Contests (DPPt) Contest Spectaculars (ORAS) Magnitude is a Ground-type move. It is unusual because it has different levels of power; the higher the level, the stronger the move. Magnitude has 10 different possible levels (4-10), with the most common level being magnitude 7, at about 30%. Getting magnitude 4 or magnitude 10 by contrast have a low chance of happening: around 5%. Magnitude 6 or magnitude 8 is 20 % and Magnitude 5 and magnitude 9 is 10%.
- Power varies (10-150).
- From [[w:|]][[Category: derivations|Magnitude]] magnitūdō (“‘greatness, size’”).
- Magnitude is a term used across mathematics that means several things. Magnitude can also been seen as a "Size" of something, the magnitude of an explosion is the size of the explosion. Because the magnitude is the size of something it can't be negative. The magnitude of a real number a is |a| (also seen as math.abs(a)), this means that the '-' of the value will always be removed. print(math.abs(10)) -- Prints '10' print(math.abs(-10)) -- Prints '10' print(-math.abs(10)) -- Prints '-10' print(-math.abs(-10)) -- Prints '-10' This is used to get the length between two positions.
- Magnitude is a number that defined the brightness of an astronomical object. For an object such as a star, the amount of brightness emitted was reflected in the intensity of radiation produced. A star with a superdense corona had a higher level of magnitude, which translated into the radiation being more intense.(TOS: "Balance of Terror" ; TNG: "Suspicions" ) In 2266, the comet Icarus IV was rated as magnitude seven by the sensors of the USS Enterprise. (TOS: "Balance of Terror" )
- Back to Math And Terraforming The magnitude of a celestial body is the luminosity (in all wavelengths, on a specified wavelength or in visible light) of a celestial body[1]. The following formulas are made for Microsoft Excel and are a good tool to see how would you see a planet or moon from a certain point. Please note that the formulas shown below are not token from a science magazine, they are derived by myself from existing formulas on Wikipedia. So, if you know better formulas, please improve.
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| - Magnitude is a term used across mathematics that means several things. Magnitude can also been seen as a "Size" of something, the magnitude of an explosion is the size of the explosion. Because the magnitude is the size of something it can't be negative. The magnitude of a real number a is |a| (also seen as math.abs(a)), this means that the '-' of the value will always be removed. print(math.abs(10)) -- Prints '10' print(math.abs(-10)) -- Prints '10' print(-math.abs(10)) -- Prints '-10' print(-math.abs(-10)) -- Prints '-10' But for complex numbers it is a bit more complicated. A complex number exist of two values, the real part and the imaginary part (a + bi). An example of an complex value is 4 + 10i. To get the magnitude of a complex value you do: √(a²+b²). You say that if Z = 4 + 10i, then |Z| = √(4²+10²). In vector theory, the magnitude of a vector is the length of a vector. An example use in script: Position1 = Vector3.new(0,0,0) Position2 = Vector3.new(0,0,10) print((Position1-Position2).magnitude) -- Prints '10' This is used to get the length between two positions.
- __NOWYSIWYG__ Magnitude Battle Data Affected by Contest Data Contests (RSE) Super Contests (DPPt) Contest Spectaculars (ORAS) Magnitude is a Ground-type move. It is unusual because it has different levels of power; the higher the level, the stronger the move. Magnitude has 10 different possible levels (4-10), with the most common level being magnitude 7, at about 30%. Getting magnitude 4 or magnitude 10 by contrast have a low chance of happening: around 5%. Magnitude 6 or magnitude 8 is 20 % and Magnitude 5 and magnitude 9 is 10%.
- Power varies (10-150).
- From [[w:|]][[Category: derivations|Magnitude]] magnitūdō (“‘greatness, size’”).
- Magnitude is a number that defined the brightness of an astronomical object. For an object such as a star, the amount of brightness emitted was reflected in the intensity of radiation produced. A star with a superdense corona had a higher level of magnitude, which translated into the radiation being more intense.(TOS: "Balance of Terror" ; TNG: "Suspicions" ) In 2266, the comet Icarus IV was rated as magnitude seven by the sensors of the USS Enterprise. (TOS: "Balance of Terror" ) In 2267, Gothos was rated as a a magnitude 1E planet by the sensors of the Enterprise. (TOS: "The Squire of Gothos" ) Later that year, the primary of the Gamma 7A system was rated as a fourth magnitude sun. Information on this system was stored in the library computer of the Enterprise. (TOS: "The Immunity Syndrome" )
- Back to Math And Terraforming The magnitude of a celestial body is the luminosity (in all wavelengths, on a specified wavelength or in visible light) of a celestial body[1]. The following formulas are made for Microsoft Excel and are a good tool to see how would you see a planet or moon from a certain point. Please note that the formulas shown below are not token from a science magazine, they are derived by myself from existing formulas on Wikipedia. So, if you know better formulas, please improve. The first thing you need to know is the star's Solar Constant(DKs). From this, you can calculate the solar constant for a specified planet (Ks). Then, if you know the diameter and albedo, you can determine the amount of radiation coming from the target planet. Finally, knowing the distance from you to the planet, you can find out the magnitude. I calibrated the magnitude scale on Neptune, because it has the smallest magnitude variation from all planets. This is because of two things. First, Neptune doesn't change distance to Earth too much. And second, it doesn't change its albedo too much.
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