What is it about a functional group that makes it the site of a chemical reaction? a. the site is a dipole, creating an active place of attraction b. a functional group works just like a dipole c. it has multiple bonds that can be broken for a chemical reaction or they have pairs of electrons that can participate in reactions d. electrons tend to collect at this site

Chemistry ? ment Booklet Use the following information to answer question 25. Two solutes are placed in water. Beaker A Beaker B Solute A Solute B 8 88 25. Construct a table that includes 4. a comparison of the nature of the two solutes a possible example of each solute an explanation of the ability of each solute to conduct electricity when placed in water

You can get a "water clock", which works by simply adding water to it. How must it work?   a. The energy comes from the water itself.   b. It must have a solar cell to convert the water into hydrogen for a fuel cell.   c. The water creates the electrolytic solution in the clock's voltaic cell.   d. The polar nature of water produces small amounts of electricity.

1. Write balanced net ionic equations to explain the observations in the options assigned by your instructor. (All reactions are oxidation-reduction.) See the protocol on page 192. a) Option E Cues b) Option F

e. The average human skin cell f. The length of the tip of your thumb (measured from first knuckle to the edge of your nail) 2. Consider two molecules, X and Y. a. X is able to dissolve in water. What does this imply about the favorability of interactions between molecules of X versus interactions between X and water? b. Y is unable to dissolve in water. What does this imply about the favorability of interactions between molecules of Y versus interactions between Y and water? Draw what happens to Y in water. 1

chemistry, Quicccckly please solve question 11

C2H5OH is an _________ substance and a ___________   a. organi, non, electrolyte b. organic, strong electrolyte c. strong base, strong electrolyte d. strong acid, strong electrolyte

What chemical concentration is being analyzed in this experiment. a. The amount of sodium bicarbonate in baking soda. b. The amount of acetic acid in commerical vinegar. c. The amount of citric acid in commerical lemon juice. d. The amount of lead in water.

chemistry, Quicccckly please solve question 9

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