(II) A hair dryer draws 9.5 A when plugged into a 120-V line. (a) What is its resistance? (b) How much charge passes through it in 15 min? (Assume direct current.)
(A) Current drawn I = 9.5 A
Voltage rating V = 120 V
Time duration of operation t = 15 min
Resistance of hair dryer 



(B) Charge through it Q = It


(II) A hair dryer draws 9.5 A when plugged into a 120-V line. (a) What is...
A hair dryer draws 12.5 A when plugged into a 120-V line. Assume direct current. (A) What is its resistance? (B) How much charge passes through it in 17 min ?
A hair dryer draws 11.5 A when plugged into a 120-V line. Assume direct current. a) What is its resistance? R=? b) How much charge passes through it in 16 min ? Q= ?
A hair dryer draws 6.2 when plugged into a 120 V-line.What is its resistance?How much charge passes through it in 10min ? (Assume direct current.)
A hair dryer draws 11.5 A when plugged into a 120-V line. Assume direct current.A) What is its resistance?B) How much charge passes through it in 11 mins?Please, no referring.
What is the resistance of a 1700 W (120 V) hair dryer? What is the current in the hair dryer when it is used?
What is the resistance of a 1100W hair dryer plugged into a 110V outlet with a 10A current flowing through it? Please use the GRASP method To solve this problem GRASP Given: What is known about the problem? Required: What do we need to find out? Analysis: How will we find the solution? Solution: Do calculation Paraphrase: Concluding sentence
How many watts is a hair dryer that draws a current of 10A and is connected to a 120-V outlet?
The heating element in a hair dryer is essentially a wire whose resistance causes it to become red-hot when a current exisits in it. Such wires are usually made of nichrome (a nickel-chromium alloy), whose resistivity is p=1.0*10^-6 ohm*m. (a) Suppose one such wire has a diameter of 0.30 mm and a resistance of 9.0 ohm. What is the length of the wire? (Note that wires like this in a hair dyrer tend to be coiled around to save space)...
3. A 1500 w hair dryer operates on a household outlet of 120 V. What is its resistance? (1 point) 09.6 Ω 012.5 Ω O 10.40 08.1 Ω potnt) 4 A resistor has a 15.0 V potential difference across its ends. It develops thermal energy at a rate of 327 W. What is the current in the resistor? O68.8 A 014.5 A 045.9 A 021.8 A
When plugged into a standard U.S. outlet (120 V), a motor draws 0.750 A of current. If this motor is 35% efficient, how long does it take for this motor to lift an object with a mass of 2.90 kg to a height of 3.00 m? THE ANSWER SHOULD BE 2.71 SECONDS. PLEASE EXPLAIN STEP BY STEP AND WHY IF YOU COULD.