## Introduction to Theoretical Yield Calculator

Theoretical yield is an important concept in chemistry that helps determine the maximum amount of product that can be obtained from a chemical reaction. The theoretical yield formula can be complex and time-consuming to solve manually. This is where a **theoretical yield calculator online** comes in handy.

A **theoretical mass calculator** can easily and accurately determine the theoretical yield by using the given information about a reaction, such as the reactants and their stoichiometry. With the help of a **theoretical yield calculator**, you can save time and increase the accuracy of your results. Our **theoretical yield formula calculator** is user-friendly, accessible, and provides accurate results instantly.

## What is a Theoretical Yield?

Before starting a chemical reaction, we assume the prospective yield of that reaction. In other words, the maximum concentration of a product that a chemical reaction can produce is called theoretical yield. However, getting the theoretical yield from a reaction is not practically possible since some product is always lost during the process.

If you still want to get the products equal to theoretical yield, you have to maintain the perfect reaction conditions, which is also not possible. These ideal conditions involve reactants free of all the impurities, absence of any byproduct formation, and not even a negligible amount of product wasted during filtration or measurements.

## Theoretical yield formula

The theoretical yield formula is used to determine the maximum amount of product that can be obtained from a chemical reaction. It is calculated by multiplying the moles of limiting reactant (the reactant present in the smallest amount) by its stoichiometric coefficient in the balanced chemical equation.

The resulting value represents the maximum possible moles of product that can be produced. The theoretical yield is then converted to grams by using the molar mass of the product. The formula for theoretical yield can be expressed as:

Theoretical Yield (g) = Limiting Reactant (mol) x Stoichiometric Coefficient (product) x Molar Mass (product)

Theoretical yield calculator with steps uses same formula to provide accurate results.

## How to find theoretical yield calculator chemistry?

It is simple and easy to find **reaction yield calculator**. You can directly access this **theoretical yield calculator from equation** on our website or from search engine. For finding this tool from search engine, type **theoretical yield chemistry calculator** and pick this tool from search engine results.

Or search for chemical equation balancer website and use **theoretical mass formula calculator** directly from here.

## How to calculate Theoretical Yield?

This section will teach "how to calculate theoretical yield". To calculate theoretical yield, you have to follow some steps. Even if you follow all the actions accurately, without any mistake, you will know how many grams of a product is produced by a reagent.

- First of all, balance the chemical equation. If an equation is not balanced, you won't figure out the actual molecular weight and number of moles of each reagent. For this purpose, you can use our equation balancer!
- After balancing the equation, convert all the reaction entities from gram to mole. After this, find out the molar ratio present between products and reactions by dimensional analysis
- This molar ratio will help you identify the limiting reagent. From the quantity of limiting reagent, you can assume how much the product will form when all the limiting reactants are utilized.
- You can further use the values of theoretical yield and actual yield to find percent yield. You can try our percent yield calculator to find the exact deals without wasting your time!

**Related:**If you are going to find the yield of oxidation-reduction reactions, use our redox reaction calculator to balance the equation.

## How to use Theoretical Yield Calculator?

To use the theoretical yield calculator chemistry, follow the given steps.

- Determine the weight, molar ratios, and molecular weight of the reactants participating in the reaction. You will find all the calculators to find these values. For example, you can find molecular weight using a molecular weight calculator.
- After finding all these values, enter the mass and molecular weight of the limiting reactant. After inserting the numeral values, you can also change the units such as grams, milligrams, or micrograms.
- Similarly, add the number of moles and molecular weight of the desired product in the corresponding box.
- After inserting all these values, click on the calculate icon and wait for a few seconds.

Resultantly, the calculator will show the result comprising the number of moles of desired product that will form after reaction and theoretical yield value.

## Other related tools

- oxidation number calculator with steps
- theoretical mass calculator
- ph of titration calculator
- subatomic particles calculator

## Frequently Asked Questions

### How to determine theoretical yield?

To determine theoretical yield, multiply moles of limiting reactant by its stoichiometric coefficient in balanced equation. The result represents the maximum possible moles of product that can be produced.

### How to find theoretical yield in grams?

To find theoretical yield in grams, convert theoretical yield from moles to grams using molar mass of product. Theoretical yield (g) = Theoretical Yield (mol) x Molar Mass (product).

### How to calculate theoretical mass?

To calculate theoretical mass, multiply moles of limiting reactant by molar mass of product. Theoretical Mass (g) = Limiting Reactant (mol) x Molar Mass (product).

### What is the theoretical yield of carbon dioxide?

The theoretical yield of carbon dioxide depends on the moles of limiting reactant, balanced equation, and reaction conditions. It can be calculated using the theoretical yield mass calculator.

### What is the theoretical yield of cl2?

The theoretical yield of Cl2 depends on the moles of limiting reactant, balanced equation, and reaction conditions. It can be calculated using the theoretical yield formula used by theoretical yield calculator.

### What is the theoretical yield of caco3?

The theoretical yield of CaCO3 depends on the moles of limiting reactant, balanced equation, and reaction conditions. It can be calculated using the theoretical yield formula.

### What is the theoretical yield of iron in moles?

The theoretical yield of iron in moles depends on the moles of limiting reactant, balanced equation, and reaction conditions. It can be calculated using the theoretical yield formula.

### What is the theoretical yield of aspirin?

The theoretical yield of aspirin depends on the moles of limiting reactant, balanced equation, and reaction conditions. It can be calculated using the theoretical yield formula.