i need with part (c). i have given my answers to part a) and b) for context.
consider the euler-cauchy differential equation x^2y'' + axy' + by = 0 where x< 0.
(a) i have used the ansatz y = (-x)^r to get the characteristic equation r^2 + r(a-1) + b =0.
(b) i have done transformation via transformation of variables with x=-e^t. this resulted the a second order homogeneous d. e. : d2y/dt2 + (a+1)dy/dt + by = 0.
(c) determine the characteristic equation for the equation found in part (b). compare with part (a).
are they the same? how do i get the characteristic equation from the differential equation i got in part (b)?

step-by-step explanation:

cats

the circumference of a circle is, 10.676 cm.

step-by-step explanation:

the formula for circumference of a circle is given by:

where

c is the circumference of a circle and

d is the diameter of a circle.

given: diameter(d) = 3.4 cm and use

substitute these values in [1] we get;

cm

therefore, the circumference of a circle is, 10.676 cm

graphs that are inverses of each other are graphs where their slopes are reciprocals of each other for example say you have an original equation of y=2x. the inverse of that graph would be y=-1/2(x). also when you see a graph where the original and the inverse is graphed the angle around intersection is 90 degrees.

answer: two high and two low

step-by-step explanation: because the earth rotates through two tidal “bulges” every lunar day, coastal areas experience every 24 hours and 50 minutes. high tides occur 12 hours and 25 minutes apart.