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Problem- If I have 2.5g of Na2CO3, how much distilled water would I have to mix it with to obtain a 1.0M solution of sodium carbonate.
If I have 2.5g of NaHCO3, how much distilled water would I have to mix it with to obtain a 1.0M solution of sodium carbonate.
I am need of complete solution for this problem please help- me out to get right solution
A solution is made by dissolving 0.55 mole of KCl in sufficient water to give a final volume of 500.0 mL. Explain what is the molarity of the solution?
Problem- a) How many Cl atoms are in 175 mL of 3.5 M CaCl2. b) What is the concentration (M) of Cl in the solution
The convention of arbitrarily assigning a zero enthalpy value to all the most stable elements in the standards state and (usually) 298 K is a convenient way of dealing with the enthalpy changes of chemical processes.
Draw the Lewis structure of benzoic acid a (refer to p.40 in you lab manual). ii). list all the IMF that exist between two molecules of benzoic acid.
a small bubble rises from the bottom of a lake where the temperature andnbsppressure are 4degc and 3.0 atm to the
One molecular form of elemental sulfur is a ring of eight sulfur is a ring of eight sulfur atoms. As one molecule of this element is burned to make sulfur trioxide, how many oxygen molecules are used?
Write equations for the half-reactions that occur at the anode and cathode for the electrolysis of each of the following aqueous solutions.
Draw the structures of the bases in DNA and indicate the H bonding interactions between the base pairs.
The statements in the following multiple choices deal with the relationship between solute concentration and various colligative properties. Choose the statement which is true.
A bottle of wine consists of an 11 weight percent solution of ethanol (C2H5OH) in water. If the bottle of wine is chilled to -20^oC, will the solution begin to freeze
Calculate w (in kJ) when 137 g iron (III) oxide (MM = 159.7 g/mol) reacts with excess carbon to produce carbon dioxide gas at 345 K:
The ionization energy of vanadium from the ground state is 650.2 kJ/mol. Assume that the transition in (3) is from the ground state to an excited state. If that is the case, calculate the ionization energy from the excited state.
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