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13 Nov 2019
3. (1) The general non-linear Bernoulli equation is given by dx using the substitution u = yi n show the calculation details by which we reduce the non-linear Bernoulli equation to a linear first order equation of the forrm du dr (2) Find the values of n, P(a), u(a) and r(x), in the following Bernoulli equation, dy dy+pr) ) and then use the integrating factor reduce this equation to one of the form method es Pleds to find the solution. dx 10 mark
3. (1) The general non-linear Bernoulli equation is given by dx using the substitution u = yi n show the calculation details by which we reduce the non-linear Bernoulli equation to a linear first order equation of the forrm du dr (2) Find the values of n, P(a), u(a) and r(x), in the following Bernoulli equation, dy dy+pr) ) and then use the integrating factor reduce this equation to one of the form method es Pleds to find the solution. dx 10 mark
Casey DurganLv2
16 Jul 2019