An equation in the form M (x, y) dx + N (x, y) dy = 0 where M and N may be functions of both x and y. a. True b. Partially correct C False d. Partially wrong 1. Iff (x, y) is homogeneous of degree one...

Extracted text: An equation in the form M (x, y) dx + N (x, y) dy = 0 where M and N may be functions of both x and y. a. True b. Partially correct C False d. Partially wrong 1. Iff (x, y) is homogeneous of degree one in x and y, f (x, y) is a function of y/x alone. 2. Iff (x, y) is homogeneous of degree zero in x and y, f (x, y) is a function of y/x alone. a. Statement 1 and 2 are both correct b. Statement 1 is true, Statement 2 is false c. Statement 1 and 2 are both wrong d. Statement 1 is false, Statement 2 is true Classify the given Differential Equation: 3t? - (sin t) 2- cos ty = 0 a. Partial Differential Equation b. Partial Ordinary Differential Equation c. Linear Ordinary Differential Equation' d. Ordinary Differential Equation Determine the order of the given Differential Equation: 3t2- (sint)Y- cos ty = 0 a. 0 b. 1 c. 2 d. 3 Determine the degree of the given Differential Equation: 3t2- (sin t) - cos ty = 0 а. 0 b. 1 c.2 d. cannot be determined Determine the order of the given Differential Equation: 3t? - sin t = 0 a. 0 b. 1 c.2 d. 3 Classify the given Differential Equation: 3t² - sint : = 0 a. Partial Differential Equation b. Partial Ordinary Differential Equation c. Linear Ordinary Differential Equation d. Ordinary Differential Equation Determine the dependent variable of the given Differential Equation: ada + bdb = o a. X b. y с.х аnd y d. x or y dw, Determine the degree and linearity of the given Differential Equation: – 24+ yw = 0 a. 2nd; Linear DE b. 3rd; Nonlinear DE c. 2nd; Nonlinear DE d. 3rd; Linear DE