May 29, 2023

The function of the electroscope is – In the explanation above, the topic of voltmeter operation has been discussed. And now we will talk about the definition, working and functions of an electroscope. Before that, you need to understand how an electroscope works, how to use it, and what it contains. Want to know more about how an electroscope works?

An electroscope is a tool used to determine the electric charge of an object. This tool has the same working principle as the electrical input. When you slide, an electric charge will appear on an object. In addition to detecting electric charges, an electroscope can be used to determine whether an object is positively or negatively charged.

The function of the electroscope is

This tool basically has two parts, the outside and the inside. Outside there are conductors and insulators. Meanwhile, inside there are 2 (two) gold boxes that can be moved freely. These two sticks are used as a determinant of the effect of placement on an object.

Questions & Key Answers for Grade 9 Science Examination Examination Semester 1, What is the Function of an Electroscope?

When we want to see an electric charge, we have to cover the object in the electroscope. Another function of the electroscope is to connect nonconducting objects with an electric current to the electroscope. When two electroscope gold pieces bloom, the blooming of the electroscope blades is an indication that the objects are connected.

The electroscope consists of two main parts, a metal ball and an electroscope blade. The parts of the electroscope are a glass tube, 2 electroscope blades, an insulator and a metal ball. The metal ball is the cover or tip of the electroscope as the outer conductor. An electroscope is an indicator of the presence of a charge on an object. Electroscope blades will bloom when the charge is received.

Electroscope blades are in a glass tube and then affixed to a metal ball outside the glass tube. The charge that is outside the glass tube will be received by a metal ball and then sent to the electroscope blades. The conductor between the metal ball and the electroscope is the conductor directly under the metal ball.

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