Java Help Balance Chemical Equations with Java

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The discussion centers on the challenge of balancing chemical equations using Java programming. A user seeks guidance on creating a logic for this task, expressing frustration over their inability to grasp the balancing process. Another participant explains the method of assigning unique multipliers to each component of a chemical equation, equating the elements, and solving for coefficients through trial and error. A simple example involving copper and oxygen is provided to illustrate the steps, emphasizing the importance of ensuring all coefficients are integers. The conversation also touches on the confusion surrounding chemical nomenclature and the necessity of balancing ingredients in a reaction, likening it to adjusting a recipe to achieve the desired outcome. The participants clarify that the original poster's goal is to determine the correct amounts of each ingredient for a successful reaction, rather than understanding the underlying chemical interactions.
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Hi guys
Can u guys pls give me a logic to balance cheical euations. I have done some work in java but am unable to get any balancing equation logic. Can anyone tell me how to make computer perform some fuction in a specific order using Java
 
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Hello,

Is'int there someone to help me. pls i need help. i am desperate.
-Benzun
 
How many computer-oriented people understand how to equate chemical balance? Personally I couldn't wrap my brain around it. I can grasp the physics, but the actual calculations might as well be in sanskrit for all the good they do for me.
 
This is more of a linear equations/trial-and-error problem then anything else.

Let's take a simple example:

Cu + O2 ----> Cu2O

1) Give each portion of the equation a unique multiplier

X1*Cu + X2*O2 ---> X3*Cu2O

2) Equate same elements

X1*Cu = X3*Cu2
X2*O2 = X3*O

3)Bring subscript to front

X1*Cu = 2*X3*Cu
2*X2*O = X3*O

4) Equate Cofficients

X1 = 2*X3
2*X2 = X3

5) Select a variable, say X3, and equate it to 1. Sove for other cofficients. Are all the cofficients integers? No? Try X3=2. Are all the cofficients integers? Yes? X1 = 4, X2=1, X3=2

Solution:

4Cu + O2 ----> 2Cu2O

Hint: Your definitely going to use arrays to store the equation cofficients.
 
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Dngrsone ----> head explodey
 
If there is anything confusing about chemistry it is definitely nomenclature. Balancing is easy.
 
dduardo said:
If there is anything confusing about chemistry it is definitely nomenclature. Balancing is easy.

If that's so, then what happened to the other two copper atoms in the last equation?
 
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What do you mean? The 4 copper atoms are combining with the O2 molecule to create 2 Copper (I) Oxide molecules.

Copper (I) Oxide: Cu -- O -- Cu
 
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Okay, I can see the sense in that, but now your first example looks wrong-- I see one copper atom and an O2 molecule becoming a Copper Oxide molecule
 
  • #10
That's why it is called an unbalanced equation to start with. The reaction couldn't happen otherwise. The final solution is what you need to make the reaction happen.

Let me put it this way: Say your making a cake with a gallon of milk and a tablespoon of cake mix. You know this combination is not going to work. Thats why you need to scale or "balance" the ingredients so that the cake does come out right.
 
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  • #11
Okay... I see the equation now. So what the original poster wants is a way to figure out the amounts needed of each ingredint to produce the desired output?

Here I was thinking he wanted to know what happens when you combine two ingredients... getting all the valences, ionizations and all that crap straight and knowing how the chemicals will actually interact is what causes my head to go explody.
 
  • #12
Yeah, I think you where making the problem harder than it really is.
 

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