Makes hair hard to color or perm. Makes any chemical alteration on the hair difficult to achieve or maintain.
Your hair dryer has a resistance of 220/12 = Ohms. (I'm sure you can do the math.)
The resistance of the hair dryer can be calculated using Ohm's Law, which states resistance (R) equals voltage (V) squared divided by power (P). Plugging in the values, the resistance of the hair dryer is approximately 13.09 ohms.
yes hair wil have a resistance of some ohms
Ohm's Law can be applied to a hair dryer to determine the relationship between the voltage supply, current flowing through the device, and its resistance. By knowing the voltage of the power source and the resistance of the hair dryer (typically indicated on the device), you can calculate the current flowing through the hair dryer using the formula I = V/R, where I is the current, V is the voltage, and R is the resistance.
A hair pin is a conductor because it allows electricity to flow through it. Conductors are materials that have low resistance and can easily conduct electricity.
In a hair dryer, electrical energy is transformed into heat energy. The electricity flows through a resistor or coil inside the hair dryer, which generates heat due to resistance, and this heat is then used to dry and style the hair.
your hair slows you way down... without a cap people would be much slower.. it all comes down to resistance in the water... you want the leas amound of resistance
Nichrome wires typically have high resistance compared to other wires, making them suitable for applications requiring heat generation like in toasters or hair dryers.
In hair transplant, the hair come from the back and sides of the head. These hairs are used due to the hair fall resistance. FUE is the modern method of removing hair grafts. Some clinics do not do FUE for all clients as they exclude people based on ease of extraction of grafts. Other clinics specialise in this technique and perform FUE on all clients with good success.
Because a higher resistance would have resulted in more heat loss, but the higher is he current, the more energy is lost to heat. Therefore, a lower resistance would release more heat.AnswerPower is equal to voltage squared divided by resistance. So, for a given voltage, the lower the resistance the higherthe power.
Voltage and resistance are distinctly different quantities. I can say some voltages have very low resistances (and high currents), such as when you drop a hair dryer into the tub. You're question as it is written does not make sense.
The current flowing through the hair dryer would be 4.8 amps (120 V / 25 Ω = 4.8 A).