cylinder with non-uniform arial magnetization an infinitely long cylinder of radius r, carries a "frozen-in" magnetization, parallel to the axis m (ko+kis+k2s2)2, where ko, k1,k2 are constants and s is the distance from the axis. there is no free current anywhere. find the magnetic field inside and outside the cylinder by two different methods: (a) locate all the bound currents and calculate the field they produce. (b) use ampere's law for magnetized materials to find h, and then get b from the relationship between b, h, m.

The answer is b hope this

Honestly "global warming" may be a slight possiblity, however they called it "climate change" because its not real, in fact we had one of our coldest days here not too long ago, and the "issues" with this subject is a blindfold for actual problems.

Wavelength = pie*69+69 with ur mom

Ohm's law tells you that i = v/r where v is equivalent voltage and r is equivalent resistance of the circuit
since all circuits have the same voltage, your question is really asking which circuit has the lowest total resistance, since the lower the resistance, the higher the current
circuit a has a resistance of 5 ohms; circuit c is in series so has a resistance of 10 ohms; circuit b is in parallel and therefore has a resistance of 2.5 ohms (review your notes on adding resistances in parallel and series); therefore b has the highest current