1= 13 x 1: 34 3 = X 1 = X 1 = 3 X 8. Consider the differential equation what is the approximation of f(2)? = 2x2+ y. Using the line tangent to the curve at (1, 2) 2x dx = lydy + x + C ( 1,2 ) NIM J / m N/ M 73+C C 4 3 3 ( 1 12) yz = 2/ M 4/3 = C 9. Consider the differential equation Let y = f(x) be the particular solution to the differential equation with initial condition f(2) = 4. What is lim f(x) dx? yz dy/ = / 7 3 d x = 72 + C ( 2 , 4 ) Y = = x - +c 4 - -4+ C D = C 10. Consider the differential equation- = cos(x). Let y = f(x) be the particular solution to the differential equation with initial condition f(0) = 8. What is f()? 3TT 3 TT