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A new employer policy at a dental office stated that the employees were unable to leave the office except to use the restroom, even with a patient cancellation. A husband of an employee e-mailed the employer that he had discussed the new rules with an attorney who noted they were in violation of state law. The employer let the employee go soon after the complaint. Does the employee have a claim?
Consider the constants A, B, C and the function f(x, y) = Ax^2 + Bxy + Cy^2. Show that the only choice of coefficients A, B, C giving ∂^2f/∂x^2+∂^2f/∂y^2= 2,
How much work is required to remove all of the water by pumping it over the side? Use the physical definition of work, and the fact that the weight of the Kool-Aid contaminated water is sigma = 65.9 lbs/ft^3 Don't forget to enter the correct units..
Find a 95% confidence interval for the true mean annual income of the nursing school alumni. Write a statement about the confidence level and the interval you find.
When does the particle reach a point 18 units above the ground? What is the velocity of the particle when it is 18 units above the ground?
Use Gram-Schmidt algorithm to the sequence {x_1,x_2, x_3} to find an orthonormal basis of S. Use the result above to find the QR factorization of the matrix A=(x_1l x_2l x_3).
use the method of lagrange multiplier to find the minimum value of x^2+y^2 subject to the constraint x^2+8xy+7y^2=225
Show that the greedy algorithm for making change for n cents using quarters, dimes, nickels and pennies has O(n) complexity measured in terms of comparisons needed.
Real Life Scenarios- Systems of Linear Equations, Determine a simple real-life example scenario to solve systems of linear equations
The stopping distance of a car after the brakes have been applied varies directly as the square of the speed. If a car traveling at 60 mph can stop in 180 ft., what is the distance needed to stop the same car traveling at 70 mph?
1. graph the following2. find the derivatives of the following3. evaluate the following4. suppose that the rate of
Find the expected value E(X), the varianceVar(X) and the standard deviation σ ( X ) for each of the density functions.
MATH 16A WORKSHEET 4. Compute the derivative of f(x) =1/√(x4+1) at x = 0. Find the equation of the tangent line to f(x) = 2/√(x-1) at x = 4
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