The substances higher on the list always loses electrons and becomes positively charged, the substance lower on the list gains those electrons and becoms negatively charged.
The electrostatic series ranks materials based on their tendency to gain or lose electrons when in contact with another material. The triboelectric series, on the other hand, ranks materials based on their tendency to become positively or negatively charged when rubbed against each other. Electrostatic series is based on electron affinity, while triboelectric series is based on charge transfer.
The electrostatic series is a way to determine the relative tendencies of materials to gain or lose electrons when they come into contact with each other. By referencing the electrostatic series, you can predict which material will become positively charged and which will become negatively charged during friction or contact. This information is useful in scenarios where static electricity needs to be controlled or minimized.
Yes, the Lily series is a good series to read.
On readtheseries.com That website is where you type in a series and then click on the book in the series and read
I suggest you read the Vampire Diaries series.
A practical example of the electrostatic series is the interaction between a rubber balloon and a piece of wool. When you rub a rubber balloon against wool, electrons transfer from the wool to the balloon, causing the balloon to become negatively charged. In the electrostatic series, rubber is positioned lower than wool, indicating that rubber has a greater tendency to gain electrons. This principle is utilized in various applications, such as static electricity experiments and in the design of devices that rely on electrostatic forces.
The Series of Unfortunate Events
a best read of series would be harry potter, ranger's apprentice, cherub series and the twiglight series.
Omg definitely read andy griffiths 'just' series
No.
There is a series of books to read in that topic.
The electrostatic series is used to rank materials based on their tendency to gain or lose electrons in a chemical reaction. It helps predict which materials are more likely to attract or repel each other based on their relative positions in the series. This information is useful in various applications, such as determining compatibility between materials in electronic devices or understanding static electricity phenomena.