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Find the point of equilibrium for a system that has a demand equation p = 45 - 0.0003x and a supply equation p = 29 + 0.00002x
Len Mast earned $2,200 for the last two weeks. He is married, is paid biweekly, and claims 3 exemption. What is Len's income tax? Use the percentage method.
Nilpotent transformation, Consider the transformation N: V->V. Let g be a vector such that N^k-1 does not equal 0, but N^k = 0. First show that the vectors g,N(g),N^2(g),..,N^k-1(g) are linearly independent
If we draw one card from a 52 card deck, what is the probability that it is red? That it is a diamond? That it is an ace? That it is the ace of diamonds? Find Gambling Probability
a sample of single persons receiving social security payments revealed these monthly benefits: $926, $799, $1187, $1088, $1065, $980, $939, and $1065. Compute the median, mean and mode for these payments.
If G = and H is a subgroup of G, show that H is the normal subgroup of G if and only if x^-1Hx contained in H for all x belonging to X. ALSO show that is normal in G if and only if gXg^-1 contained in for all g belonging to G.
We may think that this is similar to a Fresnel Integral (sin(x^2)). In that case, we would set z=e^(iz)^2, and then integrate over the special contour with regions I: 0 to R, II:
The input consists of two arrays each representing a set of integers (in each array, each value appears only once). The output is an array representing the union of the two sets - again, each value appears only once.
the perimeter of a basketball court is 276'. the length is 40' longer than the width. find the dimensions of the court.
Solve by absolute value equation and Solve by factoring and use the zero product principle.
If the random variable z is the standard normal score, which of the following probabilities could easily be determined without
If the wages per hour are $10, $15, and $18 for low, medium, and high skilled, respectively, how many of each type should be hired to minimize total hourly wages?
Consider the following three vectors in R^3: Verify that {x_1, x_2, x_3} are orthogonal with the standard inner product in R^4
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