What is the resistance of the path

Assignment Help Physics

Reference no: EM13702799

Solve the all parts of given question:

Question: A cauterizer, used to stop bleeding in surgery, puts out 2.20 mA at 16.0 kV.

Part A: What is its power output?

(in W)

Part B: What is the resistance of the path?

(in Mohm)

Please also explain, thank you in advance.

Reference no: EM13702799

Questions Cloud

What is the magnitude of the accelerating force : A gun is fired and a 58g bullet is accelerated to a muzzle speed of 110m/s. what is the magnitude of the accelerating force

The molar volume of argon under the same thermodynamic : Problem- Consider the expression of the virial equation written in terms of the molar volume V and assume that the ideal gas law holds sufficiently well for the estimation of the second and third terms of the expansion.

How much electrical energy is needed : With a 1420-W toaster, how much electrical energy is needed to make a slice of toast (cooking time = 1.6 minute)

Estimate the time at which you can no longer hear the tuner : To study the Doppler shift on your own, you take an electronic tone generating device that is set to a frequency of 1485 Hz to a campus wishing well known as "The Abyss." Estimate the time at which you can no longer hear the tuner

What is the resistance of the path : A cauterizer, used to stop bleeding in surgery, puts out 2.20 mA at 16.0 kV. What is the resistance of the path

Find its power consumption rate in kilowatts : A light-rail commuter train draws 545 A of 660-V DC electricity when accelerating. What is its power consumption rate in kilowatts

Calculate the number of lines per centimeter : Problem- You would like to create a reflection grating like the one shown at the right, with an incident angle (Î¸) of 49 °. Calculate the number of lines per centimeter that should be etched in the grating for each of the following conditions

Determine the vertical component of its velocity : A football is thrown on a long pass. Compared to the ball's initial vertical velocity, the vertical component of its velocity at the highest point is

Find the velocity of the ball relative to the drive : A person riding in the back of a pickup truck traveling at 65km/h on a straight, What is the velocity of the ball relative to the driver of a car moving in the same direction as the truck at a speed of 95km/h

User Account

All Pages