balanced chemical equation for photosynthesis

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Question:Write a balanced equation for the photosynthesis reaction in which gaseous carbon dioxide and liquid water react in the presence of chlorophyll to produce aqueous glucose (C6H12O6) and oxygen gas. Express your answer as a chemical equation. Identify all of the phases in your answer.

Answers:6CO2(g) + 6H2O(L) = C6H12O6(aq) +6O2(g)

Question:Can you explain in the easiest way possible how to balance a chemical equation perhaps using an example like the equation for aerobic respiration? Please none of the "Do your own homework" answers... I have always had a bit of trouble with balancing equations and I am just curious as to how to do it properly. Thank you. Thanks, but I need to know how to actually balance!!!!! Helpppp!

Answers:Balancing chemical equations is a difficult skill to master. I will try to explain it as well as I can: Let's start with aerobic respiration: C6H12O6 + O2 --> H2O +CO2 I am going to name the coefficients to make it easier to follow. (A) C6H12O6 + (B) O2 --> (C) H2O + (D) CO2 The first thing I always look for is an element that is in just one reactant and one product. In this case, Hydrogen comes only from glucose and ends up only in water. Because we have 12 hydrogen atoms in glucose and 2 in water, we know there must be 6 times as many water molecules as glucose molecules. Thus, 6C=A We can also see that Carbon atoms come only from glucose and end up only in carbon dioxide. Because there are 6 times as many atoms in one molecule of glucose as there are in one molecule of carbon dioxide, we also know that 6D=A Since 6C=A=6D we know that 6C=6D which means C=D We still haven't balanced oxygen, but let's just try putting in 1 for C and D and 6 for A. 1 C6H12O6 + (B) O2 --> 6 H2O + 6 CO2 We are trying to find B. On the left side of the equation, 6 atoms of oxygen come from glucose. On the right side of the equation, 6 atoms of oxygen are in water and 12 are in carbon dioxide. Thus, we know that the left side needs a total of 12 more oxygen atoms to be balanced. Thus, there must be 6 Oxygen molecules to balance the equation. Our final balanced equation is then: C6H12O6 + 6 O2 --> 6 H2O + 6 CO2 To check our answer we just total up the atoms on each side. ----------------------------------------------------------------- This was the thought process that I would go through to balance this equation. I hope this helps a bit. If you ever get stuck, just try guessing a number and see if it works. Here is another example that is more difficult: CH2S + F2 CF4 + HF + SF6 Again I will name the coefficients: (A) CH2S + (B) F2 (C) CF4 + (D) HF + (E) SF6 Let's assume there is one molecule of CH2S on the left side: 1 CH2S + (B) F2 (C) CF4 + (D) HF + (E) SF6 Looking at the right side, we see that the only compound that contains carbon is CF4. Thus, there must also be 1 molecule of CF4: 1 CH2S + (B) F2 1 CF4 + (D) HF + (E) SF6 Like Carbon, there is only one compound that contains hydrogen on the right side, HF. Because there is 1 atom of Hydrogen in HF and 2 in CH2S, we know there must be twice as much HF as CH2S. 1 CH2S + (B) F2 1 CF4 + 2 HF + (E) SF6 Again, we have one atom of Sulfur on the left, so there must be one also on the right. The only compound that contains sulfur on the right is SF6. We must therefore have one molecule of SF6 to balance the sulfur. 1 CH2S + (B) F2 1 CF4 + 2 HF + 1 SF6 Now the only thing left to balance is Fluorine. There are zero fluorine atoms in the compound CH2S. Looking at the right side, there are 4 in CF4, 1 in each molecule of HF and 6 in SF6. Thus we have a total of 4+2*1+6=12. Thus, we must add 12 fluorine to the left side. Because there are two atoms of fluorine in each molecule of F2, we must add 6 molecules of F2 to the left side. Our final balanced equation is: 1 CH2S + 6 F2 1 CF4 + 2 HF + 1 SF6 I hope this helps. If you ever get stuck, just guess a number for a single compound and then balance the others based on that.

Question:Coal gas has the following composition by volume: Hydrogen (H2)45% Carbon Monoxide (CO)20% Methane (CH4)20% Carbon Dioxide (CO2)15% Write down the balanced chemical equation and calculate the air/fuel ratio by mass for stoichiometric combustion of the above coal gas with air. The answer i found was 0.45H2 + 0.2CO + 0.2CH4 + 0.15CO2 + 3.45(0.21O2 + 0.79N2) = 0.55CO2 + 0.85H2O + 2.73N2 A/F ratio 6.1 : 1 ??

Answers:I'm doing this too first of all write your equation out which would be ___, then write the product. You should know that. it's very easy to balance, after you do that you can work on your stoicheomtry

Question:Write a balanced chemical equation, including physical states of all reactants and products, for each reaction. Then classify the reaction as one of the general types of reactions. 3) When the white solid calcium oxide reacts with water, a colorless aqueous solution of calcium hydroxide is produced. 4) When colorless gas of carbon dioxide is bubbled into water, coloress aqueous carbonic acid is formed. 5) When dark green solid of nickel(II) oxide is dissolved in aqueous nitric acid, the products are water and the minto green aqueous solution of nickel(II) nitrate. Please help!!!

Answers:3) CaO(s) + H2O(l) ==> Ca(OH)2(aq) This is a combination reaction. 4) CO2(g) + H2O(l) ==> H2CO3(aq) ...another combination reaction. 5) NiO(s) + 2HNO3(aq) ==> H2O(l) + Ni(NO3)2(aq) This is a double replacement reaction.

From Youtube

Balancing chemical equations :A sample of how to balance a chemical equation. This is a combustion reaction

Balance Chemical Equation :This video shows you how to balance a chemical equations.