Question:

For the differential equation dy/dx=-( e^-x)-3x^2 A): Find a general solution. Show all your work. B): Verify the solution. Show all your work.

For the differential equation dy/dx=-( e^-x)-3x^2 A): Find a general solution. Show all your work. B): Verify the solution. Show all your work.

For the differential equation dy/dx=-( e^-x)-3x^2 A): Find a general solution. Show all your work. B): Verify the solution. Show all your work.

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Reading list 2 oodle Gmail Legendary Marketer YouTube G getting paid in dire... Monamed Autobian ► YouTube GE News Translate MATZIU Spring ZUZZA rse Home gnments Resume later Quiz Me: Quiz Me: 1.8-2 Solve applications involving higher-order derivatives. Qu

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3.3.13-Setup & Solve Assigned Media » Find f'(x) and simplify. X f(x) = X + 2 Which of the following shows the correct application of the quotient rule? (x + 2)(1)-(x)(1) OA. (x + 2)2 (x)(1)-(x + 2)(1) OB [X + 212 (x)(1)-(x + 2)(1) OC. [x]? (x + 2)(1)-(x)(1) OD [x]?

Find an equation of the tangent line to the graph of the equation at the given point. x2 + x arctan y = y - 1, - 1, (2) Step 1 Use implicit differentiation to find y'. x2 + x arctan y = y - 1, X 2x + arctany + = y' 1 + y2 (1-1 1 * x2]Y' = 2x + arctan y y'

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Find an equation of the tangent line to the graph of the equation at the given point. x2 + x arctan y = y - 1, - 1, (2) Step 1 Use implicit differentiation to find y'. x2 + x arctan y = y - 1, X 2x + arctany + = y' 1 + y2 (1-1 1 * x2]Y' = 2x + arctan y y' (1 + y2)(2x + arctany) (1 + y2-x) Submit Skip (you cannot come back)