Probability equation

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  Knowing this we can plug in numbers into the equation to come up with the lowest Ps acceptable.

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  subtracting equation (i) from equation (ii), 209 - 113= 5a + b - (2a + b) = 5a + b - 2a - b or 96 = 3a Therefore, a = 96/3 = 32. Plugging a = 32 in equation (i), 113 = 2*32 + b or b = 113 - 2*32 = 49. Now a = 32 and b = 49.

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• Probability- Binomial distribution

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• Mean and standard deviation of a normal distribution

  Equation (2) We can solve equation 1 and 2 to get the values of mean and standard deviation (Two equations and two unknowns) From equation (1), s =(0.75-M )/-1.500056 From equation (2), s =(2-M )/0.970093 Equating

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• Molecules escaping Earth's gravity

  frac{1}{4R^{3}}+ldots} end{equation} And the escape probability can be written as: begin{equation} P_{text{esc}}=frac{2}{sqrt{pi}}exphaak{-R^{2}}rhaak{R+frac{1}{2R}-frac{1}{4R^{3}}+ldots} end{equation} If you now insert in here $R = frac{v_{text

• Position probability distribution for a pendulum

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  Use equation (page 209) for part a) and Table II in back of book for part b) & c). Explain how you got values from table. a) What is the probability that none of these vehicles requires warranty service?