Question

The Millikan oil drop experiment of 1909 allowed Robert A. Millikan to determine the charge of...

The Millikan oil drop experiment of 1909 allowed Robert A. Millikan to determine the charge of an electron. In the experiment, an oil drop is suspended between two charged plates by an electric force that equals the gravitational force acting on the 2.07 x 10-14 kg drop.

a) What is the gravitational force on this oil drop?

b) What is the Electric force on the charge?

c) What is the charge on the drop if the electric field is 1.72 x 105 N/C?

d) How many electrons does this make up?

Science   Physics   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
The Millikan Oil Drop Experiment Quiz      1. In your own words, describe the goal of the...
The Millikan Oil Drop Experiment Quiz      1. In your own words, describe the goal of the Millikan Oil Drop Experiment. 2. Why did Millikan and Fletcher use an atomizer to get the oil into the apparatus? 3. How was each drop given an electric charge? 4. How was Millikan able to determine the force of the uniform electric field on each drop? 5. Millikan was able to determine the overall charge on each drop by using the formula . How...
To analyze the experiment used to determine the properties of an electron. In 1909, Robert Millikan...
To analyze the experiment used to determine the properties of an electron. In 1909, Robert Millikan performed an experiment involving tiny, charged drops of oil. The drops were charged because they had picked up extra electrons. Millikan was able to measure the charge on each drop in coulombs. Here is an example of what his data may have looked like. Drop Charge (C) A 3.20×10−19 B 4.80×10−19 C 8.00×10−19 D 9.60×10−19 In Millikan's experiment, the charge on each drop of...
In the early 1900s, Robert Millikan used small charged droplets of oil, suspended in an electric...
In the early 1900s, Robert Millikan used small charged droplets of oil, suspended in an electric field, to make the first quantitative measurements of the electron’s charge. A 0.79-μm-diameter droplet of oil, having a charge of +e, is suspended in midair between two horizontal plates of a parallel-plate capacitor. The upward electric force on the droplet is exactly balanced by the downward force of gravity. The oil has a density of 860 kg/m3, and the capacitor plates are 6.0 mm...
In the Millikan experiment an oil droplet is able to be suspended between two charged plates....
In the Millikan experiment an oil droplet is able to be suspended between two charged plates. With the help of a free body diagram explain what would happen to the oil droplet if the potential difference between the plates was increased.
In a Millikan-type experiment, an oil droplet of mass 3.7x10^-18 is suspended between two horizontal parallel...
In a Millikan-type experiment, an oil droplet of mass 3.7x10^-18 is suspended between two horizontal parallel plates when the potential difference between the plates is 4.50 V and they are 4.0 cm apart. The upper plate is positive. a) Is the sphere positively or negatively charged? Explain. b) Calculate the magnitude of charge on the sphere. c) How much excess or deficit of electrons does the sphere have? (State whether is is excess or deficit.)
Connect each of the following famous quantum experiments with its implication: Millikan oil drop experiment Light...
Connect each of the following famous quantum experiments with its implication: Millikan oil drop experiment Light behaves like a wave Double slit experiment (light) Light behaves like a particle Double slit experiment (electrons) The electron behaves like a wave Photoelectric effect The electron behaves like a particle
1a. Write an algebraic expression for the gravitational force on a spherical oil drop of radius...
1a. Write an algebraic expression for the gravitational force on a spherical oil drop of radius r and density ρ in the earths' gravitational field g. b. The electrostatic force is applied by two parallel plates (similar to a capacitor) with a potential difference V between them. Write an algebraic expression for the electric field between two such plates separated by a distance d c Write an algebraic expression for the electrostatic force that acts on a charge q due...
One method to measure the electric charge on a small oil drop is to place it...
One method to measure the electric charge on a small oil drop is to place it in an electric field that counterbalances gravity. If an oil drop has a mass of 0.12 milligrams and a net charge of +10 electrons, find the electric field (magnitude and direction) required to make the oil drop float in mid-air.
In Millikan's experiment, the charge on each drop of oil was measured in coulombs. Imagine the...
In Millikan's experiment, the charge on each drop of oil was measured in coulombs. Imagine the same experiment, but with charges measured in a fictitious unit called a zeet (Z). Drop Charge (Z) A 2.24×10−14 B 4.48×10−14 C 5.04×10−14 D 5.60×10−14 E 7.84×10−14 What is the charge on an electron in zeets? Express your answer in zeets using two significant figures.
In Millikan's experiment, the charge on each drop of oil was measured in coulombs. Imagine the...
In Millikan's experiment, the charge on each drop of oil was measured in coulombs. Imagine the same experiment, but with charges measured in a fictitious unit called a zeet (Z). Drop Charge (Z) A 1.77×10−14 B 4.13×10−14 C 4.72×10−14 D 5.31×10−14 E 7.67×10−14 What is the charge on an electron in zeets? Express your answer in zeets using two significant figures.
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT