Write the balanced molecular equations, including states of matter, for each of the following situations if a reaction is expected to occur. If no reaction occurs, write “NR” (no reaction). A. (3 pts) Aqueous magnesium acetate and aqueous potassium carbonate are combined together. B. (3 pts) A gold bar is dropped into a beaker of hydrochloric acid. C. (3 pts) Liquid hexane is combusted completely.
What is the systematic name of H2CO3 (aq)?
What is the systematic name of H2CO3 (aq)?
What is the symbol of the element below? Enter the name usi…
What is the symbol of the element below? Enter the name using correct case (lowercase/uppercase). lead
The empirical formula of a certain covalent compound is CHBr…
The empirical formula of a certain covalent compound is CHBr. If the molar mass of the compound is 371.67 g/mol, what is the molecular formula of the compound?
Which element is a Period 6 transition metal?
Which element is a Period 6 transition metal?
Write the balanced molecular equations, including states of…
Write the balanced molecular equations, including states of matter, for each of the following situations if a reaction is expected to occur. If no reaction occurs, write “NR” (no reaction). A. (4 pts) A chunk of zinc is dropped into a beaker of aqueous acetic acid. B. (4 pts) Aqueous solutions of cuprous sulfate and strontium iodide are mixed together. C. (4 pts) Rubbing alcohol (isopropanol, C3H8O) is burned (combusted).
What is the systematic name of a compound containing seven C…
What is the systematic name of a compound containing seven Cl atoms and three P atoms?
What is the name of this element, whose element symbol is sh…
What is the name of this element, whose element symbol is shown below? Enter the name in all lowercase. C
What is the concentration (in % w/v, which is the same as %…
What is the concentration (in % w/v, which is the same as % m/v) of a 0.835 M aqueous sodium chloride solution?
A 248-gram piece of aluminum initially at 94.1°C is dropped…
A 248-gram piece of aluminum initially at 94.1°C is dropped into water in a coffee-cup calorimeter initially at 2.2°C. If the final temperature of the aluminum and water is 18.7°C, what mass (in g) of water is present in the calorimeter? Assume all heat transfer occurs between the aluminum and water, and that the density of water over the relevant temperature range is 0.997 g/mL. Show all work, and highlight your answer in a readable background color.