Question: Assignment 6 1 Question 1: Verify that y = 623 is a solution of the differential equation 3; + yr 23; = U. {6 points)

 Assignment 6 1 Question 1: Verify that y = 623 isa solution of the differential equation 3;" + yr 23; = U.{6 points) Question 2: Solve the rst order differential equation by separatingvariables. [18 points) (a) if = 2(1: -1} Question 3: Find thesolution of the following initialvalue problem. (12 points] {a} y' = aley;y(} = 1 Question 4: The population of a certain community is
increasing at a rate directly propor tional to the population at anytime t. In the last 3 years, the population has doubled. "Thatis the population growth rate in three years compared to now? Hint:Use Q[t) = Q08" to denote the population at time t, wheret = (II corresponds to three years ago. (6 points) Question 5:Use Euler's method with n = 4 to obtain an approximation of

Assignment 6 1 Question 1: Verify that y = 623 is a solution of the differential equation 3;" + yr 23; = U. {6 points) Question 2: Solve the rst order differential equation by separating variables. [18 points) (a) if = 2(1: -1} Question 3: Find the solution of the following initialvalue problem. (12 points] {a} y' = aley; y(} = 1 Question 4: The population of a certain community is increasing at a rate directly propor tional to the population at any time t. In the last 3 years, the population has doubled. "That is the population growth rate in three years compared to now? Hint: Use Q[t) = Q08" to denote the population at time t, where t = (II corresponds to three years ago. (6 points) Question 5: Use Euler's method with n = 4 to obtain an approximation of the solution of the initial-value problem y' = 2x - y + 1, y(0) = 2 when x = 2. (13 points)

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