How to use Zperiod to automatically balance chemical equations.

Instead of just reading dry formulas, you can observe atomic structures, learn the properties of each element, and practice balancing chemical equations visually.

Besides its interactive periodic table, Zperiod also provides many useful tools such as molar mass calculation, solubility lookup, and assistance in solving basic chemistry problems. Below is a guide on how to use Zperiod to automatically balance chemical equations.

Instructions on using Zperiod to automatically balance equations.

Step 1:

First, access the Zperiod website using the link below.

https://zperiod.app

First, choose Vietnamese as the language for the website interface.

Immediately afterwards, you will see the periodic table interface with 118 different elements, each color-coded on Zperiod.

Step 2:

In this interface, you can adjust the display of elements according to different classification types .

After changing the display style, the periodic table of chemical elements also changes accordingly.

Step 3:

Clicking on a chemical element will display detailed information about that element, along with other basic and advanced knowledge.

Next to it is a 3D atomic model , which helps students observe the atomic structure more easily and visually.

Step 4:

Returning to the main Zperiod interface, click on the Tools section at the top.

Now, click on "Balance Equation" to monitor the automatic equation balancing process.

Step 5:

Now you need to enter the chemical equation sequence and the result , then press Auto-Balance to display the result. The system will then provide an analysis to show the chemical balancing process between the equations.

Step 6:

Next, click on the Prediction section , enter the reactants, select the corresponding reaction type below, and then click Predict Product .

The results will show you the reactants, predicted products, and automatically balance the chemical equation.

Step 7:

Continue tapping on the Virtual Lab to view chemical reactions with visual models.

We choose the metal and add water to the container, turn on the temperature and observe the chemical reaction when it combines with the water. Above, you will see a series of chemical equations if we combine them correctly.