2 Answers - Sort by: Date | Rating
An electrical cell is the cell which can act to convert one form of energy to another like chemical energy into electrical energy. The structure of an electric cell is very simple. There are two electrodes which are attached in an electric cell which carry different charges like one has positive charge and the other has negative charge. Both of these electrodes are dipped in the electrolytic solution which is known as electrolyte. When the cell is linked with the external circuits then electricity passes through the electrolyte and a chemical reaction is carried out. The atoms of the electrolyte are dissociated in positive and negative ions. In this way the electric cell acts as the direct source of electricity because of flow of ions.
1
0
The electric cell produces a small but steady current. The cell is a special container in which a chemical reaction is allowed to take place and electricity produced. The simple cell is sometimes called a voltaic cell because the first electric cell was made in 1799 by the Italian scientist Volta. A simple cell consist of a copper plate and zinc plate dipped into a solution of dilute Sulphuric acid in a container.
When a copper wire is connected to the ends of the two plates, a current flows from the copper plate of the zinc plate in the wire and form the zinc to the copper in the acid. The copper plate is called the positive pole or terminal and the zinc plate is called the negative pole or terminal. The current is produced because of chemical action between the sulphuric acid and the zinc plate. This chemical action can be noticed as bubbles of hydrogen gas can be seen escaping from the acid.
When a copper wire is connected to the ends of the two plates, a current flows from the copper plate of the zinc plate in the wire and form the zinc to the copper in the acid. The copper plate is called the positive pole or terminal and the zinc plate is called the negative pole or terminal. The current is produced because of chemical action between the sulphuric acid and the zinc plate. This chemical action can be noticed as bubbles of hydrogen gas can be seen escaping from the acid.
0
0
Very nicely answered! E-x-c-lent
I want to purchase that cell which can produce electricity. Please advise from where i can purchase it. Thanks
- What Are The Main Types Of Diodes?
- If A Ray Of Light Is Incident On A Plane Mirror At An Angle I By What Angle Is It Deviated?
- What Is A Spring Pole?
- Describe The 3 Characteristics Of A Sine Wave?
- How Fast Does Butter Freeze?
- How Electricity Has Changed Our Lives?
- Does Water With Vinegar Boils Faster Than Plain Water?
- Why Does Steam Disappear?
- Is The E Dropped In "Manageable?"
- Why Is The Mass Of An Object Constant Any Place In The Universe?
- Which Size And Shape Of Ice Melts The Fastest?
- Which Material Absorb Sound?
- How Did Indians Build A Resistance To The The Brought Over Disease?
- How Long Does It Take To Grow Two Crystal?
- What Element Can Convert Light Into Electricity?
- Who Invented The Balloon?
- Starting From Rest, A 12-cm-diameter Compact Disk Takes 3.0 S To Reach Its Operating Angular Velocity Of 2000 Rpm. Assume That The Angular Acceleration Is Constant. The Disk's Moment Of Inertia Is?
- How Ice Weathering Works?
- How Does Changing Temperature Affect The Density Of The Earths Material?
- How Does Salt Effect An Egg?
- How Does Density Help Us To Understand How The Earth Is Structured?
- Why Were African Resistance Movements Usually Unsuccessful?
- How To Find The Mass Of An Irregular Object?
- How Do You Test If White Candles Burn At A Different Rate Than Colored Candles?
- What Are Russell Watt Charges?
- What Is The Use Of Electric Cell?
- What Is The Difference Between An Electric Cell And A Battery?
- Can You Give Me Detail About Electric Cell?
- What Is The Difference Between An Electric Cell And An Electric Battery?
- Why The Electric Cell Is Not Affected By The Current Produced By It?
- Is A Battery, Wire, Or Circuit An Example Of An Electric Cell?

New Comment - Comments are editable for 5 min.