Inorganic Chemistry Answers

What are the products of the following reaction (voltage applied)?
B + Li + N2 + C + O2->

Complete the following equations:
a) 30^P +......->300^Si
b)10^B+n->....+α
c)20^Ne+136^Ba->150^Dy+....
d).....+2^H->22^Na+α

Hi

What are the products of the following reaction when a voltage is applied:

Boron + lithium+ nitrogen + carbon + h20(water-gas)->?


Thanks

From the infrared spectrum given below, identify the possible functional groups corresponding to the peaks indicated in the arrows.

Question 1
Pressure of 500 ml is increased by 10% then calculate it's final volume if temperature remains constant.

methane CH4 burns in oxygen to produce carbon dioxide and water. how much water was produced if a mixtured of 0.550 mol of methane was burned in 4.25 mol of oxygen in a sealed steel vessel

glycerol is a syrup liquid often used in cosmetics and soaps. A 3.25 L sample of pure glycerol has a mass of 4.10^3 g. What is the density of glycerol in g/cm^3?

What are main difference (chemical structure, physiochemical properties, economical, ease of use) between these 3 colorimetry tests namely (1) Potassium thiocyanate (std series but without beer Lambert plot -only visual by eye) (2)ron Thiocyanate Spot Test,(3) Iron Oxinate spot Test in identity of Fe in an unkown. Also among the 3 which is considered most easiest to use.Why?

(b) List 5 advantagesof spot test(oxinate and Iron thiocyanate) over comparison of coloured solution(Potassium Thiocyanate) and which would give most confidence in the identity of anFe in an unkown.

(c)List 2 sources of experimental errors and show how it would affect the result obtain when idenitfying Fe in unknown with the above tests?

(d) How could the confidence improve, and how would the errors reduced in this analysis of Fe in unkown?

Derive an expression for calculating energy values corresponding n=3 for a particle in one dimensional box

What is the mass of a glucose solution that fills a 0.500-L intravenous bottle If the density of the glucose solution is 1.15g/mL?