Determine Mathematics the values of m and n for 𝑓(𝑥) = 𝑚𝑥^3 + 12𝑥^2 + 𝑛𝑥 − 3 given that the remainder when dividing by (𝑥 + 3) is zero, and when divided by (𝑥 − 2) the remainder is 85. 85 = m(2)^3 + 12(2)^2 + n(2) -3 85 = 8m +48 +2n -3 […]
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How does the acceleration obtained from the experiment compare with the value you found using Equation 6 (Use percentage error and chi-squared method to compare)
Newton’s second law How does the acceleration obtained from the experiment compare with the value you found using Equation 6 (Use percentage error and chi-squared method to compare) Report the acceleration obtained from your experiment along with its error. Report the initial velocity of the glider obtained from your experiment along with its error. Discuss […]
Explain the relationship between economic resources and claims to economic resources.
Explain the relationship between economic resources and claims to economic resources. Why must this equation always balance? What transactions increase or decrease owner’s equity? How does net income or loss affect owner’s equity? Provide an example of a transaction, applied to the accounting equation.
solve the given differential equation by undeter-mined coefficients.
EXERCISES 4.4 Answers to selected odd-numbered problems begin on page ANS-5. In Problems 1-26 solve the given differential equation by undeter-mined coefficients. y” + 3y’ + 2y — 6 2. 4y- + 9y — IS 3. y” — lOy’ -I- 25y = 30x + 3 4. y” + – 6y = 2x 5. + y’ […]
Which would be the independent variable, and which would be the dependent variable? Without drawing a scatter plot, would you expect a positive, negative or no correlation? Explain.
Which would be the independent variable, and which would be the dependent variable? Without drawing a scatter plot, would you expect a positive, negative or no correlation? Explain. Would you categorize your data to have a strong or weak correlation? Why? What would the r2 value tell you about the data that you selected? What is […]
Determine the change in volume and pressure in pneumatic systems Using Bernoulli’s Equation, calculate values at stationary incompressible flow
Parameters of Pneumatic and Hydraulic Systems – Determine the change in volume and pressure in pneumatic systems Using Bernoulli’s Equation, calculate values at stationary incompressible flow
Find an integrating factor of the form x”yin and solve the following equation (12 + 5 xy) dx + (6 xy-1 + 3×2 dy = 0
Question 5: Find an integrating factor of the form x”yin and solve the following equation (12 + 5 xy) dx + (6 xy-1 + 3×2 dy = 0
Complete and submit. Determine the type of function and give the regression equation. Find the value of y when x=10.
Complete and submit. Determine the type of function and give the regression equation. Find the value of y when x=10. What value of x will yield a y value in excess of 10,000? 1. x 0 1 2 3 4 y 3 6 12 24 48 2. (0,5) (2,10) (4,15) (6,20) (8,25) 3. (0,4) (2,13) […]
The variables y and t satisfy the differential equation Ti1 = (y + 2)sin2t. Also, when t = 0,y = 0. Find the exact value ofy when t = 714. You must use calculus and give the results of any integration needed to solve this problem (e) The diagram shows how the curve y = ex intersects with the curve y = kx0.5 + 1 when k = 4 and k = 5. Find the area of the space between y = ex and y = kx0-5 + 1, when the x-coordinates of the points of intersection are 0 and 2.
(e) The variables y and t satisfy the differential equation Ti1 = (y + 2)sin2t. Also, when t = 0,y = 0. Find the exact value ofy when t = 714. You must use calculus and give the results of any integration needed to solve this problem (e) The diagram shows how the curve y […]
Write an equation of a Piecewise defined function with the given conditions: Domain is (-3, 2) U (2, ∞) Range is (-1, ∞)
You DO NOT need to write an essay Write an equation of a Piecewise defined function with the given conditions: Domain is (-3, 2) U (2, ∞) Range is (-1, ∞) Function must have only two pieces Follow the instructions to complete the task: 1. Type Piecewise defined function in the subject area 2. […]
