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Use the Gompertz growth model described to find the population y as a function of time ​t (in years) . ​ Use the Gompertz growth model described to find the population y as a function of time ​t (in years) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ when Use the Gompertz growth model described to find the population y as a function of time ​t (in years) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ ; Use the Gompertz growth model described to find the population y as a function of time ​t (in years) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ when Use the Gompertz growth model described to find the population y as a function of time ​t (in years) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ ​ Use the Gompertz growth model described to find the population y as a function of time ​t (in years) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ ​


A) ​ Use the Gompertz growth model described to find the population y as a function of time ​t (in years) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​
B) ​ Use the Gompertz growth model described to find the population y as a function of time ​t (in years) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ ​
C) ​ Use the Gompertz growth model described to find the population y as a function of time ​t (in years) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​
D) ​ Use the Gompertz growth model described to find the population y as a function of time ​t (in years) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​
E) ​ Use the Gompertz growth model described to find the population y as a function of time ​t (in years) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​

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​Some of the curves corresponding to different values of ​C in general solution of the differential equation ​Some of the curves corresponding to different values of ​C in general solution of the differential equation , are shown in the figure given below.Find the particular solution that passes through the points plotted on the graph. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​ , ​Some of the curves corresponding to different values of ​C in general solution of the differential equation , are shown in the figure given below.Find the particular solution that passes through the points plotted on the graph. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​ are shown in the figure given below.Find the particular solution that passes through the points plotted on the graph. ​ ​ ​Some of the curves corresponding to different values of ​C in general solution of the differential equation , are shown in the figure given below.Find the particular solution that passes through the points plotted on the graph. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​ ​


A) ​ ​Some of the curves corresponding to different values of ​C in general solution of the differential equation , are shown in the figure given below.Find the particular solution that passes through the points plotted on the graph. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
B) ​ ​Some of the curves corresponding to different values of ​C in general solution of the differential equation , are shown in the figure given below.Find the particular solution that passes through the points plotted on the graph. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
C) ​ ​Some of the curves corresponding to different values of ​C in general solution of the differential equation , are shown in the figure given below.Find the particular solution that passes through the points plotted on the graph. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
D) ​ ​Some of the curves corresponding to different values of ​C in general solution of the differential equation , are shown in the figure given below.Find the particular solution that passes through the points plotted on the graph. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
E) ​ ​Some of the curves corresponding to different values of ​C in general solution of the differential equation , are shown in the figure given below.Find the particular solution that passes through the points plotted on the graph. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​

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Write the first-order linear differential equation in standard form. ​ Write the first-order linear differential equation in standard form. ​ ​ A) B) C) D) E) ​


A) Write the first-order linear differential equation in standard form. ​ ​ A) B) C) D) E)
B) Write the first-order linear differential equation in standard form. ​ ​ A) B) C) D) E)
C) Write the first-order linear differential equation in standard form. ​ ​ A) B) C) D) E)
D) Write the first-order linear differential equation in standard form. ​ ​ A) B) C) D) E)
E) Write the first-order linear differential equation in standard form. ​ ​ A) B) C) D) E)

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​Determine whether ​Determine whether is a solution of the differential equation ​ A) ​ and ​ B) and ​ C) and ​ D) ​​ and ​ E) ​​ and ​ is a solution of the differential equation ​Determine whether is a solution of the differential equation ​ A) ​ and ​ B) and ​ C) and ​ D) ​​ and ​ E) ​​ and ​ ​


A) ​ ​Determine whether is a solution of the differential equation ​ A) ​ and ​ B) and ​ C) and ​ D) ​​ and ​ E) ​​ and ​ and ​Determine whether is a solution of the differential equation ​ A) ​ and ​ B) and ​ C) and ​ D) ​​ and ​ E) ​​ and ​ ​
B) ​Determine whether is a solution of the differential equation ​ A) ​ and ​ B) and ​ C) and ​ D) ​​ and ​ E) ​​ and ​ and ​Determine whether is a solution of the differential equation ​ A) ​ and ​ B) and ​ C) and ​ D) ​​ and ​ E) ​​ and ​ ​
C) ​Determine whether is a solution of the differential equation ​ A) ​ and ​ B) and ​ C) and ​ D) ​​ and ​ E) ​​ and ​ and ​Determine whether is a solution of the differential equation ​ A) ​ and ​ B) and ​ C) and ​ D) ​​ and ​ E) ​​ and ​ ​
D) ​​ ​Determine whether is a solution of the differential equation ​ A) ​ and ​ B) and ​ C) and ​ D) ​​ and ​ E) ​​ and ​ and ​Determine whether is a solution of the differential equation ​ A) ​ and ​ B) and ​ C) and ​ D) ​​ and ​ E) ​​ and ​ ​
E) ​​ ​Determine whether is a solution of the differential equation ​ A) ​ and ​ B) and ​ C) and ​ D) ​​ and ​ E) ​​ and ​ and ​Determine whether is a solution of the differential equation ​ A) ​ and ​ B) and ​ C) and ​ D) ​​ and ​ E) ​​ and ​ ​

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Use the initial condition to find the particular solution of the differential equation. ​ Use the initial condition to find the particular solution of the differential equation. ​ , when ​ A) ​ B) ​ C) ​ D) ​ E) ​ , Use the initial condition to find the particular solution of the differential equation. ​ , when ​ A) ​ B) ​ C) ​ D) ​ E) ​ when Use the initial condition to find the particular solution of the differential equation. ​ , when ​ A) ​ B) ​ C) ​ D) ​ E) ​ ​


A) ​ Use the initial condition to find the particular solution of the differential equation. ​ , when ​ A) ​ B) ​ C) ​ D) ​ E) ​
B) ​ Use the initial condition to find the particular solution of the differential equation. ​ , when ​ A) ​ B) ​ C) ​ D) ​ E) ​
C) ​ Use the initial condition to find the particular solution of the differential equation. ​ , when ​ A) ​ B) ​ C) ​ D) ​ E) ​
D) ​ Use the initial condition to find the particular solution of the differential equation. ​ , when ​ A) ​ B) ​ C) ​ D) ​ E) ​
E) ​ Use the initial condition to find the particular solution of the differential equation. ​ , when ​ A) ​ B) ​ C) ​ D) ​ E) ​

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​Write the the differential equation by separating the variables. ​ ​Write the the differential equation by separating the variables. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​ ​


A) ​ ​Write the the differential equation by separating the variables. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
B) ​ ​Write the the differential equation by separating the variables. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
C) ​ ​Write the the differential equation by separating the variables. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
D) ​ ​Write the the differential equation by separating the variables. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
E) ​ ​Write the the differential equation by separating the variables. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​

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Find the particular solution that satisfies the initial condition. Find the particular solution that satisfies the initial condition. ; Initial Condition: when ​ A) ​ B) ​ C) ​ D) ​ E) ​ ; Initial Condition: Find the particular solution that satisfies the initial condition. ; Initial Condition: when ​ A) ​ B) ​ C) ​ D) ​ E) ​ when Find the particular solution that satisfies the initial condition. ; Initial Condition: when ​ A) ​ B) ​ C) ​ D) ​ E) ​ ​


A) ​ Find the particular solution that satisfies the initial condition. ; Initial Condition: when ​ A) ​ B) ​ C) ​ D) ​ E) ​
B) ​ Find the particular solution that satisfies the initial condition. ; Initial Condition: when ​ A) ​ B) ​ C) ​ D) ​ E) ​
C) ​ Find the particular solution that satisfies the initial condition. ; Initial Condition: when ​ A) ​ B) ​ C) ​ D) ​ E) ​
D) ​ Find the particular solution that satisfies the initial condition. ; Initial Condition: when ​ A) ​ B) ​ C) ​ D) ​ E) ​
E) ​ Find the particular solution that satisfies the initial condition. ; Initial Condition: when ​ A) ​ B) ​ C) ​ D) ​ E) ​

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Use the hybrid selection model described to find the percent y (in decimal form) of the population that has the indicated characteristics as a function of time ​t (in generations) . ​ Use the hybrid selection model described to find the percent y (in decimal form) of the population that has the indicated characteristics as a function of time ​t (in generations) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ when Use the hybrid selection model described to find the percent y (in decimal form) of the population that has the indicated characteristics as a function of time ​t (in generations) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ ; Use the hybrid selection model described to find the percent y (in decimal form) of the population that has the indicated characteristics as a function of time ​t (in generations) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ when Use the hybrid selection model described to find the percent y (in decimal form) of the population that has the indicated characteristics as a function of time ​t (in generations) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ ​ Use the hybrid selection model described to find the percent y (in decimal form) of the population that has the indicated characteristics as a function of time ​t (in generations) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ ​


A) ​ Use the hybrid selection model described to find the percent y (in decimal form) of the population that has the indicated characteristics as a function of time ​t (in generations) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​
B) ​ Use the hybrid selection model described to find the percent y (in decimal form) of the population that has the indicated characteristics as a function of time ​t (in generations) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ ​
C) ​ Use the hybrid selection model described to find the percent y (in decimal form) of the population that has the indicated characteristics as a function of time ​t (in generations) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​
D) ​ Use the hybrid selection model described to find the percent y (in decimal form) of the population that has the indicated characteristics as a function of time ​t (in generations) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​
E) ​ Use the hybrid selection model described to find the percent y (in decimal form) of the population that has the indicated characteristics as a function of time ​t (in generations) . ​ when ; when ​ ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​

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​Write the the differential equation by separating the variables. ​ ​Write the the differential equation by separating the variables. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​ ​


A) ​ ​Write the the differential equation by separating the variables. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
B) ​ ​Write the the differential equation by separating the variables. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
C) ​ ​Write the the differential equation by separating the variables. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
D) ​ ​Write the the differential equation by separating the variables. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
E) ​ ​Write the the differential equation by separating the variables. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​

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The isotope The isotope has a half-life of 1,599 years.Given an initial amount of 13 grams of the isotope,how many grams will remain after 1,500 years? After 15,000 years? Round your answers to four decimal places. ​ A) 4.7495 g, 0.0137 g B) 2.714 g, 0.0078 g C) 6.785 g, 0.0195 g D) 8.142 g, 0.0234 g E) 4.071 g,0.0273 g has a half-life of 1,599 years.Given an initial amount of 13 grams of the isotope,how many grams will remain after 1,500 years? After 15,000 years? Round your answers to four decimal places. ​


A) 4.7495 g, 0.0137 g
B) 2.714 g, 0.0078 g
C) 6.785 g, 0.0195 g
D) 8.142 g, 0.0234 g
E) 4.071 g,0.0273 g

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Assume that the rate of change in y is proportional to ​y.Solve the resulting differential equation Assume that the rate of change in y is proportional to ​y.Solve the resulting differential equation and find the particular solution that passes through the points , ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ and find the particular solution that passes through the points Assume that the rate of change in y is proportional to ​y.Solve the resulting differential equation and find the particular solution that passes through the points , ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ , Assume that the rate of change in y is proportional to ​y.Solve the resulting differential equation and find the particular solution that passes through the points , ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ ​


A) ​ Assume that the rate of change in y is proportional to ​y.Solve the resulting differential equation and find the particular solution that passes through the points , ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​
B) ​ Assume that the rate of change in y is proportional to ​y.Solve the resulting differential equation and find the particular solution that passes through the points , ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​ ​
C) ​ Assume that the rate of change in y is proportional to ​y.Solve the resulting differential equation and find the particular solution that passes through the points , ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​
D) ​ Assume that the rate of change in y is proportional to ​y.Solve the resulting differential equation and find the particular solution that passes through the points , ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​
E) ​ Assume that the rate of change in y is proportional to ​y.Solve the resulting differential equation and find the particular solution that passes through the points , ​ A) ​ B) ​ ​ C) ​ D) ​ E) ​

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​Use this equation ​Use this equation and find ​A for each situation. (a) , and years (b) , and years ​​ A) ​a) 685,099.00 ​b) 5,802,815.12 ​ B) ​a) 585,099.00 ​b) 5,802,815.12 ​​ C) ​a) 685,099.00 ​b) 6,802,815.12 ​​ D) ​a) 585,099.00 ​b) 4,802,815.12 ​​ E) ​ ​a) 485,099.00 ​b) 5,802,815.12 ​ ​​ and find ​A for each situation. (a) ​Use this equation and find ​A for each situation. (a) , and years (b) , and years ​​ A) ​a) 685,099.00 ​b) 5,802,815.12 ​ B) ​a) 585,099.00 ​b) 5,802,815.12 ​​ C) ​a) 685,099.00 ​b) 6,802,815.12 ​​ D) ​a) 585,099.00 ​b) 4,802,815.12 ​​ E) ​ ​a) 485,099.00 ​b) 5,802,815.12 ​ ​​ , ​Use this equation and find ​A for each situation. (a) , and years (b) , and years ​​ A) ​a) 685,099.00 ​b) 5,802,815.12 ​ B) ​a) 585,099.00 ​b) 5,802,815.12 ​​ C) ​a) 685,099.00 ​b) 6,802,815.12 ​​ D) ​a) 585,099.00 ​b) 4,802,815.12 ​​ E) ​ ​a) 485,099.00 ​b) 5,802,815.12 ​ ​​ and ​Use this equation and find ​A for each situation. (a) , and years (b) , and years ​​ A) ​a) 685,099.00 ​b) 5,802,815.12 ​ B) ​a) 585,099.00 ​b) 5,802,815.12 ​​ C) ​a) 685,099.00 ​b) 6,802,815.12 ​​ D) ​a) 585,099.00 ​b) 4,802,815.12 ​​ E) ​ ​a) 485,099.00 ​b) 5,802,815.12 ​ ​​ years (b) ​Use this equation and find ​A for each situation. (a) , and years (b) , and years ​​ A) ​a) 685,099.00 ​b) 5,802,815.12 ​ B) ​a) 585,099.00 ​b) 5,802,815.12 ​​ C) ​a) 685,099.00 ​b) 6,802,815.12 ​​ D) ​a) 585,099.00 ​b) 4,802,815.12 ​​ E) ​ ​a) 485,099.00 ​b) 5,802,815.12 ​ ​​ , ​Use this equation and find ​A for each situation. (a) , and years (b) , and years ​​ A) ​a) 685,099.00 ​b) 5,802,815.12 ​ B) ​a) 585,099.00 ​b) 5,802,815.12 ​​ C) ​a) 685,099.00 ​b) 6,802,815.12 ​​ D) ​a) 585,099.00 ​b) 4,802,815.12 ​​ E) ​ ​a) 485,099.00 ​b) 5,802,815.12 ​ ​​ and ​Use this equation and find ​A for each situation. (a) , and years (b) , and years ​​ A) ​a) 685,099.00 ​b) 5,802,815.12 ​ B) ​a) 585,099.00 ​b) 5,802,815.12 ​​ C) ​a) 685,099.00 ​b) 6,802,815.12 ​​ D) ​a) 585,099.00 ​b) 4,802,815.12 ​​ E) ​ ​a) 485,099.00 ​b) 5,802,815.12 ​ ​​ years ​​


A) ​a) 685,099.00
​b) 5,802,815.12
​
B) ​a) 585,099.00
​b) 5,802,815.12
​​
C) ​a) 685,099.00
​b) 6,802,815.12
​​
D) ​a) 585,099.00
​b) 4,802,815.12
​​
E) ​
​a) 485,099.00
​b) 5,802,815.12
​
​​

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​Solve for ​y in two ways. ​ ​ ​Solve for ​y in two ways. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​ ​


A) ​ ​Solve for ​y in two ways. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
B) ​ ​Solve for ​y in two ways. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
C) ​ ​Solve for ​y in two ways. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
D) ​ ​Solve for ​y in two ways. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
E) ​ ​Solve for ​y in two ways. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​

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​Find the general solution of the first-order linear differential equation. ​ ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​ ​


A) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
B) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
C) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
D) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
E) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​

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​Use separation of variables to find the general solution of the differential equation. ​ ​Use separation of variables to find the general solution of the differential equation. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​ ​


A) ​ ​Use separation of variables to find the general solution of the differential equation. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
B) ​ ​Use separation of variables to find the general solution of the differential equation. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
C) ​ ​Use separation of variables to find the general solution of the differential equation. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
D) ​ ​Use separation of variables to find the general solution of the differential equation. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
E) ​ ​Use separation of variables to find the general solution of the differential equation. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​

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​Find the general solution of the first-order linear differential equation. ​ ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​ ​


A) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
B) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
C) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
D) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
E) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​

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​Find the general solution of the first-order linear differential equation. ​ ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​ ​


A) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
B) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
C) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
D) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
E) ​ ​Find the general solution of the first-order linear differential equation. ​ ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​

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​Determine whether ​Determine whether is a solution of the differential equation ​ A) ​ B) ​ C) ​​ D) E) is a solution of the differential equation ​Determine whether is a solution of the differential equation ​ A) ​ B) ​ C) ​​ D) E) ​


A) ​ ​Determine whether is a solution of the differential equation ​ A) ​ B) ​ C) ​​ D) E)
B) ​ ​Determine whether is a solution of the differential equation ​ A) ​ B) ​ C) ​​ D) E)
C) ​​ ​Determine whether is a solution of the differential equation ​ A) ​ B) ​ C) ​​ D) E)
D) ​Determine whether is a solution of the differential equation ​ A) ​ B) ​ C) ​​ D) E)
E) ​Determine whether is a solution of the differential equation ​ A) ​ B) ​ C) ​​ D) E)

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​Use separation of variables to find the general solution of the differential equation. ​ ​Use separation of variables to find the general solution of the differential equation. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​ ​


A) ​ ​Use separation of variables to find the general solution of the differential equation. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
B) ​ ​Use separation of variables to find the general solution of the differential equation. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
C) ​ ​Use separation of variables to find the general solution of the differential equation. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
D) ​ ​Use separation of variables to find the general solution of the differential equation. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​
E) ​ ​Use separation of variables to find the general solution of the differential equation. ​ ​ A) ​ B) ​ C) ​ D) ​ E) ​

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​Determine whether the function ​Determine whether the function is a solution of the differential equation ​ A) ​Not a solution B) ​Solution is a solution of the differential equation ​Determine whether the function is a solution of the differential equation ​ A) ​Not a solution B) ​Solution ​


A) ​Not a solution
B) ​Solution

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