Chapter Program Library 1 Prime Factor Analysis 2 Greatest Common Measure -Test Value 4 Circle and Tangents 5 Rotating a Figure Before using the Program Library • Be sure to check how many bytes of unused memory is remain- ing before attempting to perform any programming. •...
PROGRAM SHEET Program for Prime Factor Analysis Description Produces prime factors of arbitrary positive integers For 1 < < 10 Prime numbers are produced from the lowest value first. “END” is displayed at the end of the program. (Overview) is divided by 2 and by all successive odd numbers ( = 3, 5, 7, 9, 11, 13, ..) to check for divisibility.
PROGRAM SHEET Program for Greatest Common Measure Description Euclidean general division is used to determine the greatest common measure for two interers For | |, | | < 10 , positive values are taken as < 10 (Overview) = max |, | = min (| |, |...
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Line Program File name → → " " " " → → ⇒ < Goto → → → ÷ × → C (–) – ⇒ Goto → → Goto Goto a, n b, n...
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PROGRAM SHEET Program for -Test Value Description The mean (sample mean) and sample standard deviation can be used to obtain a -test value. (x – m) : mean of data σ : sample standard deviation of data –1 n– : number of data items : hypothetical population standard deviation (normally represented by µ...
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Line Program File name → List l-Var List → " " ÷ σ ÷ → – n– " " Goto • -distribution table The values in the top row of the table show the probability (two-sided probability) that the absolute value of is greater than the table values for a given degree of freedom.
PROGRAM SHEET Program for Circle and Tangents Description Formula for circle: Formula for tangent line passing (x',y') through point A ( – – represents the slope of the tangent line With this program, slope and intercept – ) are obtained for lines drawn from point A ( ) and are tangent to a circle with a radius of .
PROGRAM SHEET Program for Rotating a Figure Description Formula for coordinate transfor- mation: ) → ( cos θ – sin θ sin θ + cos θ Graphing of rotation of any geometric figure by θ degrees. Example To rotate by 45° the triangle defined by points A (2, 0.5), B (6, 0.5), and C (5, 1.5) Notes •...
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Line Program File name View (–) (–) Window " → " → " " Plot → → " → " → " " Plot → → " → " → " " Plot → → Line Plot Line Plot Line →...
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Program for Rotating a Figure Step Key Operation Display...
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Program for Rotating a Figure Step Key Operation Display (Locate the pointer at X = 5) Continue, repeating from step 8.