arcsine การใช้

• :: This has something to do with the Levy arcsine law.
• This is clearly the case when the distribution is U shaped like the arcsine distribution.
• Similarly, arcsine is inaccurate for angles near & minus; / 2 and / 2.
• For example, pressing invoked the function, while ( or ) gave you the arcsine.
• For one thing, does the arcsine distribution even integrate to one over the unit interval?
• The function available are Sine, Arcsine, Cosine, Arccosine, Tangent, Arctangent, Logarithm and Antilogarithm.
• This is the arcsine distribution and is a beta distribution with \ alpha = \ beta = 1 / 2.
• It is equal to the arcsine of the ratio of the width of the finger to the length of the arm.
• Can inverse sine be confused for \ frac { 1 } { \ sin A } when arcsine A is meant?
• That would be ( an affine stretch of ) the arcsine distribution .  talk ) 14 : 10, 20 March 2011 ( UTC)
• Given two proportions, p _ 1 and p _ 2, " h " is defined as the difference between their arcsine transformations.
• Converges " linearly " to, adding at least three decimals digits of precision per four terms, a pace slightly faster than the arcsine formula for:
• Later, the system was further improved by use of an arcsine-based modulator that included a 1-0.52E term in the denominator of the arcsin generator equation.
• In the math world, can arcsine, arccosine, arctangent, etc . or sin-1, cos-1, tan-1, etc . be officially called inverse trigonometric functions?
• Since you know the sine, you can find the angle with your calculator's arcsine function ( the arcsine " undoes " the sine function, like squaring undoes a square root ).
• Since you know the sine, you can find the angle with your calculator's arcsine function ( the arcsine " undoes " the sine function, like squaring undoes a square root ).
• If the fraction { n _ 2 } / { n _ 1 } is greater than 1, then arcsine is not defined meaning that total internal reflection does not occur even at very shallow or grazing incident angles.
• Often, the hypotenuse is unknown and would need to be calculated before using arcsine or arccosine using the Pythagorean Theorem : a ^ 2 + b ^ 2 = h ^ 2 where h is the length of the hypotenuse.
• Apparently the proportion of the time that a random walk with p = 1 / 2 will be in positive territory will have an arcsine distribution, meaning it is much more likely to be close to 0 or 1 than to the intuitive value of 1 / 2.
• The four-parameter Wigner semicircle distribution ( Beta ( 3 / 2, 3 / 2, a, c ) ) and arcsine distribution ( Beta ( 1 / 2, 1 / 2, a, c ) ) have negative Fisher information determinants for the four-parameter case.