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Find a rational zero of the polynomial function and use it to find all the zeros of the function.
f(x) = x3 - 3x2 + 9x + 13
Find an nth degree polynomial function with real coefficients satisfying the given conditions.
n = 3; -1 and -2 + 3i are zeros; leading coefficient is 1.
How do you make a decision in this situation? Also, how can one come up with the probability of success (or failure)?
If I am correct, the answer guide says this one converges but my answer is going to infinity which is diverges. I need to see your steps to compare with mine please.
What is the probability that a sale will be made to a contact who already owns a policy?
The Snell law to find the index of refraction
Let H be a random variable with probability p1 that has a Geometric distribution G1 Let Y be a random variable with probability p2 that has a Geometric distribution G2
Write an expression for the position function, x(t), of the particle at any time t, 0
Let R ba a partial order on S, and suppose that x is a unique minimal element in S. Prove that S is finite, then xRy for all s in S
In a rooted binary tree with 16 vertices, there must be a path of length 4. No tree has a Hamilton path.
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.
A 6.00 in radius cylindrical rod is 2 ft long. Use a differential to approximate how much nickel (in in^3) is needed to coat the entire rod with the thickness of .12 in.
Determine whether the following are equal. If not, which is smaller, and why?
If the annual proportion of erroneous income tax returns filed with the IRS can be looked upon as a random variable having a beta distribution with α= 2 and β = 9,
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