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- Solve the problems below. Make sure to show proper solution. All finalanswers should be written inside a box. 3. The electric field of the material between two coaxial cables of radius .25 m and .51m is given as E = 2.58 V.m/r3. If the conductivity of the material is 5 x 1010 S/m, whatis the current density in the material?Directions: Solve for the given problems. Show your complete solutions.Round off your answers into the proper number of significant figures.1. Copper has 8.5 x 1028 free electrons per cubic meter. A 75.0-cm length ofcopper wire with a diameter of 2.05 mm, carries 4.97 A of current.a. How much time does it take for an electron to travel the length of thewire?b. Repeat (a) for a wire with a diameter of 4.12 mm of the same length thatcarries the same current.c. How does changing the diameter of the wire affect the drift velocity ofthe electrons in the wire?. Solve the problems below. Make sure to show proper solution. All finalanswers should be written inside a box. 2. An electrician experienced a mild shock when he accidentally touched a wirecarrying 5.0 A for 1.5 s. a. How many coulombs of charge flow through the electrician? b. How many electrons constitute the given current?
- Please help with parts D and E of the question below. I attached a screenshot of the problem as well. Part D For each of these three segments, find the drift velocity vd. (vd)top,(vd)mid,(vd)bot Part E For each of these three segments, find the electron current i. itop,imid,ibot3question5 show all work picture attatched 5) Calculate the value of the resistance Rled in Circuit #1, to ensure that a Blue LED will have a current of 10 mA Type your answer here or paste the image of your handwriting solution hereSolve the following problems below. Show complete solution. 1. A copper wire is 2.50 m long and has a diameter of 2.5 mm. How much current will itdraw when connected to 3.5 V source?
- The filament of a certain light bulb is made of tungsten and has a length of 0.48 m and a circular cross-section with a diameter of 0.062 mm. a. Calculate the resistance of the filament at room temperature. b. A4.0 V voltage applied to the filament results in a 0.078 A current. Determine the temperature of the filament under these conditions. I need to show all work pleaseSolve the following Physics problem. Show your solutions. Round off your final answer in a whole number. An electric flat iron draws a current of 15 A when connected to a 110 V line. (A.) Assuming that the heating element of the flat iron obeys Ohm’s Law, what is its resistance? (B.) What is the resistivity of the heating element if it is a wire that is 2.5 cm long with cross-sectional area of 2x10-4 cm long.With the help of diagrams, indicate the three main objectives of a standard electrophysiological study (EPS). In addition, explain how the Wenckeback point (WP) is assessed. Indicate what are the values for normal and abnormal WP?
- 3question4 Show all work picture attatched Calculate the value of the resistance Rled in Circuit #1, to ensure that a GREEN LED will have a current of 10 mA Type your answer here or paste the image of your handwriting solution hereAnswer the following. Write your solution and box your final answer on each question. 1. What charge flows past a point in a wire in 6.0 s if the wire carries a current of 2.0 A? 2. If a circuit element can withstand a maximum current of 15 A, how many electrons can pass through it each second?3. How many electrons are transferred in a 10.0 A current that runs for 3.0 s?4. If 2.00 × 102mA of current flows through the filament of a light bulb, how many electrons would pass through the filament in 30.0 s?5. What feature of a river is most similar to current in an electric circuit? (A) The depth of the river measured in meters (B) The temperature of the water measured in degrees Celsius (C) The vertical drop between two points along the river measured in meters (D) The volume of water moving past a point measured in liters per secondWhat is the equivalent resistance of a 100 kΩ resistor and a 140 kΩ resistor in parallel? I first don't how the diagram would look, nor the how to determine equivalent resistance.