Answer:
(a) 83.06Ω
(b) 0.81A
(c) 25.0W
Explanation:
Comparing Δv = 95 sin 275t with Δv = Vmaxsinωt
ω = 275
Inductive reactance Χ = ωL
= 275 × 0.240
= 66 Ω
Capacitive reactance Χ = 1/ωc
= 1/ (275 × 26 x 10^-6)
= 139.86Ω
Impedance Z = 
= 
= 
= 83.06Ω
(b) 
solving for
,

substituting the value of
and Z into
equation, we have;
(c) Average power P =
cos∅
To get the average power, we first solve for ∅ since it was not given.
∅
∅
∅
∅
∅ = -62.77°
Average power P = 0.81 × 67.2 × cos-62.77
P = 0.81 × 67.2 × 0.46
P = 25.03872W
P = 25.0W
Heat<span> flux is a quantitative, vectorial representation of </span>heat-flow<span> through a surface. ...</span>Heat transfer<span> is classified into various mechanisms, such as thermal conduction, thermal convection, thermal radiation, and </span>transfer<span> of energy by phase changes.</span>
Depends on the sandwich, PB&J requires peanut butter and jelly and a butter knife and a piece of bread.
The answer is a White Dwarf.