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Question- 2KCLO3= 2KCL+3O2 how many grams of KCLO3 must be decomposed to produce 1.55 mol KCL and to produce 87.7g O2
Demonstrate structures to prove your interpretation working it out this problem
Problem- Which of the following is a partial explanation for the large number of compounds of carbon that are known. Carbon can form covalent bonds which do not have lone pairs or unfilled orbitals available for reaction.
1.0 atm pressure of oxygen is 0.041g/L. The solubility of oxygen in water at 3.0 atm and 25 C is _____ g/L.
Write the condensed and structural formulas, as well as the names for the isomers of C3H5Cl3
Suppose that 22.65 mL of a 0.02024M permanganate solution was needed to react with the Fe 2+ in a sample that had a mass of 1.1243 g. What is the mass of the Fe 2+ in the sample and what is the % of the Fe 2+ in the sample
1000g of Na2HPO4 is dissolved in 100mL of water. using mass balance and charge balance deterimne the pH of the resulting.
Where n is the quantum number with possible values of 1, 2.... as well as v is the frequency of vibration. The vibration frequency of HCL is approximately 8.85 *1013s-1. Explain what minimum energy is required to excite a vibration in HCL
How many liters of NO(g) are produced when 0.85L of 2.00M HNO3 solution is added to 216 of Ag according to the equation. Which reactant is the limiting reactant?
Rotenone, antimycin A and cyanide are poisons that inhibit the electron flow through respiratory chain. Rotenone inhibits the electron flow through NADH-Q oxireductase. Antimycin A blocks electron flow between cytochrome b and c1. Cyanide blocks e..
a gaseous mixture of rm o2 and rm n2 contains 31.8 nitrogen by mass. what is the partial pressure of oxygen in the
if you look up the melting point of phenylsuccinic acid you will find it to be 167-169 degree. your product probably
During the Purification of Lactate Dehydrogenase (LDH) experiment, you will need 50ml of buffer A150. Buffer A150 is 30mM Tris (pH 8.8) and 150mM NaCl. Given 1L of 1.5M Tris and 500ml of 5M NaCl,
Calculate the lattice energy for LiF(s) given the following; sublimation energy for Li(s) +166KJ/mol, ?Hf for F(g) +77KJ/mol, first ionization energy of Li(g) +520KJ/mol, electron affinity of F(g) -328KJ/mol, enthalpy of formation of LiF(s) -617KJ..
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