Question

HELLO

I AM CURRENTLY IN DIFFERENTIAL EQUATIONS

PLEASE EXPLAIN EACH STEP SO I CAN LEARN FROM YOU (I KNOW SOME PEOPLE ONLY CARE ABOUT TEH ANSWER, BUT WILL REALLY APPRECIATE IT) TO SAVE TIME FEEL FREE TO JUST SAY A LAW, THEOREM, OR CONCEPT FOR AN EXPLANATION AND I CAN GO AHEAD AND STUDY IT ON MY OWN.

i REALLY DO READ THESE VERY CAREFULLY AND USE THE COMMENTS OFTEN, SO JUST A LITTLE HEADS UP.

I FIND IT DIFFICULT TO READ HANDWRITTEN STUFF SO IF YOU CAN DO IT ELECTRONICALLY THAT WOULD BE FANTASTIC.

PLEASE TAKE YOUR TIME AND STAY SAFE OUT THERE.

4. Based on your current knowledge that you learnt from this course, which one of the following statements is true about the differential equation: y" + 2xy' + y = x-2? (a) Given a complimentary solution yc, you can find the particular solution Yp using only method of undetermined coefficients (b) Given a complimentary solution yc, you can find the particular solution yp using only variation of parameters (c) Given a complimentary solution yc, you can find the particular solution Yp using both method of undetermined coefficients and variation of parameters (d) You can find both a complimentary solution yc and the particular solution Yp using a method of your choice

Answer 1

y" + 20g x2 2^2 of undeten mined ty given complementary Solution Yc Since we hence is present Con not use method Coefficient to Gind By taking Complementary wronskian solution yo of vaniation of ot Ewe got Yp by Method pene meten option zs Connect

Option B is correct