Explain what is the maximum amount of n2 formed

Reference no: EM13675248

N2H4+?O2 →?N2+?H2O,

Explain what is the maximum amount of N2 (28.0134 g/mol) which could be formed from 12.35 g of N2H4 (32.0452 g/mol) as well as 6.8 g of O2 (31.9988 g/mol)?

Reference no: EM13675248

Questions Cloud

Explain what is the ratio of sugar in solutions a and b : You have a sugar solution (solution A) with concentration x. You pour 1/4 of this solution into a beaker as well as add an equivalent volume of water (solution B) Explain what is the ratio of sugar in solutions a and b

Explain what volume of hcl corresponds to equivalence point : State a balanced chemical equation for this reaction. Generate a plot of solution pH versus volume of 0.100 M HCL added for the titration of a solution of 250 mg of CaCO3 in 200.0mL of water with 0.100 M HCL; suppose that the HCL solution is added..

Explain what volume of 0.200 m k2cr2o7 required to oxidize : Explain what volume of 0.200 M K2Cr2O7 will be required to oxidize the Fe2+ iron in 60.0mL of .200 M FeSO4 solution. Cr2(O2-)7 + Fe2+ -->Cr3+ + Fe3+

Sketch the titration curves for the reactions : Compute the pH of a polyprotic acid given as well as sketch the titration curves for the following reactions- A 10.0-mL aliquot of 0.100M Na3AsO4 titrated with 0.100M HCL.

Explain what is the maximum amount of n2 formed : Explain what is the maximum amount of N2 (28.0134 g/mol) which could be formed from 12.35 g of N2H4 (32.0452 g/mol) as well as 6.8 g of O2 (31.9988 g/mol)

Explain how are gases affected under different atmospheric : Explain how are gases affected under different atmospheric pressures. In what ways might this affect you if you are moving to a different elevation

State reaction of zn and cu2+ produces a brown solid product : The reaction of Zn and Cu2+ produces a brown solid product. Explain what the identity of this product is. Give a balanced equation that shows the formation of this brown product

Explain which type of electromagnetic radiation has photons : One kind of electromagnetic radiation has a frequency of 107.1 MHz another kind has a wavelength of 2.12 * 10-10 m as well as yet another type of electromagnetic radiation has photons with energy equal to 3.97 * 10-19 J/photon. Identify each kind ..

Explain the chemistry of dna : Write a 700- to 1,050-word paper in which you analyze the effects of ionizing radiation on DNA to offer a chemical reason as to why this might cause cancer. Comprise the following items

User Account

All Pages