He heating element of an electric dryer is rated at 4.1 kw when connected to a 240-v line. part a what is the current in the heating element? express your answer using two significant figures. i = a submitmy answersgive up part b is 12-gauge wire large enough to supply this current? is 12-gauge wire large enough to supply this current? yes no submitmy answersgive up part c what is the resistance of the dryer's heating element at its operating temperature? express your answer using two significant figures. r = ω submitmy answersgive up part d at 11 cents per kwh, how much does it cost per hour to operate the dryer? express your answer using two significant figures. cent

Part A. The formula relating electric power, voltage and current is:

P = I V

I = P / V

I = 4,100 W / 240 V

I = 17.08333 A

I = 17.08 A

Part B. The maximum amount of current an electrical wire can conduct is measure in terms of Ampacity. For a 12-gauge wire the Ampacity is greater than 20 A. Therefore the answer to this is “Yes”.

Part C. The formula for resistance is:

R = V / I

R = 240 V / 17.08 A

R = 14.05 Ω

Part D. The cost per hour is:

(11 cents / kwh) (4.1 kw) = 45.1 cents / hr

whichever one it is, it's definitely not one that you included on the list you provided.

cell differentiation  is how generic embryonic  cells  become specialized  cells. this occurs  through a process called gene expression. gene expression is the specific combination of genes that are turned on or off (expressed or repressed), and this is what dictates how a  cell  functions.

explanation: