top button
Flag Notify
    Connect to us
      Site Registration

Site Registration

What is potential difference bw 2 pts when 1 joule of work is done to move a charge of 1 coulomb from one pt to other?

0 votes
73 views

What is the potential difference between 2 points in a current carrying conductor when 1 joule of work is done to move a charge of 1 coulomb from one point to the other

posted Jan 15, 2019 by anonymous

Share this puzzle
Facebook Share Button Twitter Share Button LinkedIn Share Button

1 Answer

0 votes

1 volt is the answer

answer Jan 15, 2019 by Hanifa Mammadov



Similar Puzzles
+2 votes
A book is at rest on a table. Table is slowly tipped until book begins to slide. At what angle will book begin to move?

A book is at rest on a horizontal table. The table is steadily and slowly tipped until the book begins to slide off the table.
At what angle, in degrees, will the book begin to move?

0 votes
The engine of a car applies enough force to accelerate the car from 0 km/h to 180 km/h covering a distance of 100 m...

The engine of a car applies enough force to accelerate the car from 0 km/h to 180 km/h covering a distance of 100 m. If the mass of the car is 3 tons. Find the force applied by the car's engine?

+1 vote
A Van contains some helium-filled balloons. When it starts accelerating what happens to balloons?

A Van with all the windows closed contains some helium-filled ballons floating in it. When it starts accelerating what happens to balloons?

0 votes
Is it safe to jump from a burning building that is 6 stories high?

You are on the 6th floor ( 64 ft above ground) of a burning building and there is no escape except to jump into a deep pool of water below.

Hint: 64 ft was chosen to match up with 32ft/sec^2 - gravity acceleration, making the math quite easy.

How fast will you be traveling when hitting the water below (expressed in MPH).

BTW: this is an important question for those living in (or visiting) a high-rise apartment. Also, you may want to plot an acceleration curve. That way, at a glance, you can determine any speed of impact at any height.

...