(dy The order and degree of differential equation J2 +4 = () is _ and _respectively. а. 2, 6 b. 2,3 с. 1,4 d. 2, 12 Solution of the equation (e* + 1)ydy = (y + 1)e*dx is а. С(у + 1)(е* + 1) %3D еу b. С(у+ 1)(е* - 1) - еУ %3D 0 c. (y + 1)(e* – 1) + e" = 0 d. C(y + 1)(e* + 1) + e" = 0 |
(dy The order and degree of differential equation J2 +4 = () is _ and _respectively. а. 2, 6 b. 2,3 с. 1,4 d. 2, 12 Solution of the equation (e* + 1)ydy = (y + 1)e*dx is а. С(у + 1)(е* + 1) %3D еу b. С(у+ 1)(е* - 1) - еУ %3D 0 c. (y + 1)(e* – 1) + e" = 0 d. C(y + 1)(e* + 1) + e" = 0 |
(dy The order and degree of differential equation J2 +4 = () is _ and _respectively. а. 2, 6 b. 2,3 с. 1,4 d. 2, 12 Solution of the equation (e* + 1)ydy = (y + 1)e*dx is а. С(у + 1)(е* + 1) %3D еу b. С(у+ 1)(е* - 1) - еУ %3D 0 c. (y + 1)(e* – 1) + e" = 0 d. C(y + 1)(e* + 1) + e" = 0 |
The order and degree of differential equation (¹) + 4 = dy is_and respectively. show solution please
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
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