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If there are 50 pieces of data which range from 0 to 100:
- With a mean of 60 and Root mean square deviation of 8 show that only 1 piece of data can equal 100
- With a mean of 60 and Root mean square deviation of 8.2 show that only 2 (or less) pieces of data can equal 100
- With an Root mean square deviation 4√2 or less show that no pieces of data can equal 100
Suppose a given container has 2 non-working engines. Find the probability that the container will not be shipped.
Write the two equations in slope-intercept form, and then determine how many solutions the system has.
Problem solving on single mean
Solve the average cost function.
This number system is an extension of the real number system. Any polynomial equation has n complex roots, in general, in the complex number system. For example, the equation x2 + 1 = 0 has no real roots
Find the amount of the winning bid if there were 7 bidders.
Find sample size
Consider the curve 5x3+8xy+5y2 = 45. Use implicit differentiation to calculate the derivative dy/dx. Hence determine the point/s which has/have a horizontal tangent.
If three parts are selected at random from the bin, what is the probability that exactly two are defective? I am having trouble understanding the correct equation
If I treat the upper block as a 2x2 matrix, I can find P = [1 0; 1 1] (Note: Using Matlab notation here). This correctly results in INV(P)AP = [3 1; 0 3] which is in the form needed.
How is the solution affected if the constraints are changed to y(0) = 0 and y'(0) = 1 ? What is the special about this case?
Rule of Probability, A study of 203 advertising firms revealed their income after taxes: What is the probability an advertising firm selected at random has under $1 million in income after taxes? (Round your answer to 2 decimal places.)
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