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Discuss the importance of valence electrons in this lesson. What and where are they? Why are they important? Be sure to base your answer on what we discussed in THIS class and use the terminology from the course materials.
Now suppose that an additional 5.00 moles of argon are added to the vessel, again without any change in the volume or the temperature. What is the partial pressure of argon now
Draw the structure of the dimer. Water (circled) is eliminated when the bond between the monomers forms. Circle the atoms of the ester functional group.
For a given chemical reaction, ?H = -32.0 kJ/mol and ?S = -98.0 J/mol*K. Estimate the free energy change for the reaction at 775 C and 1 bar pressure. I believe it to be 70.7 kJ/mol
Consider a 20.0% (m/v) solution. How can this be written as a conversion factor. * 20.0 g of solute/ 100 mL of solution * 20.0 g of solute/ 80 g of solution * 20.0 g of solute/ 100 g of solution * 20.0 g of solute/ 80 mL of solution
Explain a chemist isolated an aromatic compound of molecular formula C6H4Br2. She carefully nitrated this compound as well as purified three isomers of formula C6H3Br2NO2. Intend a structure for the original compound and the three nitrated derivat..
NMR spectra are typically taken in deuterated solvents such as CDCl3? However, a residual non-deuterated CHCl3 (
200.0 mL flask containing 1.03 mg and 0.56 mg O2 I have a 15 * C to calculate the partial pressures of oxygen and helium in a flask. which is the total pressure
Given the parent compound, draw the mass spectrum fragment that is observed at m/z 91. Include any hydrogen atoms and the charge.
Write a brief qualitative description of the following reactions: 1.) Fe(NO3)3 + Na2SO4: ? 2.) Fe(NO3)3/Na2SO4 + NaC2H3O2: ? 3.) Ba(N03)2 + KSCN: ?
Compute and then plot the concentration of oxygen each day for a period of five days starting with a concentration of 8 mg/L. Utilize a rate constant of 0.35 d-1.
What is the coefficient for Zn when the equation below is balanced with the smallest whole number coefficients
Problem- Based on analysis of the spectra, a molecule with the formula C9H10O3 has been determined to contain the following- A para-substituted benzene ring,
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