Problem page try again your answer is wrong. in addition to checking your math, check that you used the right data and did not round any intermediate calculations. gaseous butane will react with gaseous oxygen to produce gaseous carbon dioxide and gaseous water . suppose 51. g of butane is mixed with 150. g of oxygen. calculate the maximum mass of carbon dioxide that could be produced by the chemical reaction. round your answer to significant digits.

The answer to your question is: 154.8 g of CO2

Explanation:

Butane = 51 g

Oxygen = 150 g

Carbon dioxide = ?

Reaction

                 2C₄H₁₀        +      13 O₂          ⇒        8CO₂       +         10H₂O    

MW           2(58)                   13(32)                     8( 44)                  10(18)

                   116g                    416g                       352g                  180g

LImiting reactant

                            116 g of butane 416 g oxygen

                             51 g                     x

                             x = (51 x 416) / 116

                             x = 182.9 g of oxygen

The limiting reactant is butane and excess reactant is oxygen because we need 182.9 g  and we have 416g.

Then we calculate the mass of Carbon dioxide with the mass of butane.

                           116 g of butane 352 g of CO2

                           51g                       x

                           x = (51 x 352) / 116

                           x = 154.8 g of CO2

acid rain does not usually kill trees directly. instead, it is more likely to weaken the trees by damaging their leaves, limiting the nutrients available to them, or poisoning them with toxic substances slowly released from the soil. the main atmospheric pollutants that affect trees are nitrates and sulphates.

definition

                    entropy is a measure of the randomness or the extent of disorder of a chemical process.

                      enthalpy is a measure of the heat change of a reaction occurring at a constant pressure.

measurement units:

                        entropy is measured in joule per kelvin (jk⁻¹)   whereas enthalpy is measured in joule per mole (jmol⁻¹)

requirements:

                            entropy has no requirements or limits, and its change is measured by the division between the heat change of the chemical process and the temperature.

                              in contrast, enthalpy can only be related to the heat change of the reaction under standard conditions.