True or False (use your periodic table/data sheet when appropriate) a. A Geiger counter detects radiation from flashes of light generated by phosphors. b. When the ratio of neutrons to protons is too high or too low an element will exhibit radioactive decay. c. Water surrounding the cylinders of a reactor core slows neutrons down so that the U-235 can capture them more efficiently. d. Bombarding an element with electrons may change an element into another element. e. Carbons with triple bonds are trigonal planar in shape. f. Alpha particle emission increases A by 4. g. Beta particles penetrate further into the skin than alpha particles. h. If, on average, less than one neutron causes a fission event, the fission process will stop. i. The average person in the U.S. is exposed to less than 0.400 rem per year. j. Gamma ray decay results in no change in the number of nucleons, the number of protons or its energy. k. The net result of positron emission is that a proton becomes a neutron. 1. Only four unique monochlorosubstitution products result from the monochlorination of hexane. m. Electron capture and beta decay give the same net result. n. Control rods are raised out of the reactor core to increase the temperature of the reactor core.
True or False (use your periodic table/data sheet when appropriate) a. A Geiger counter detects radiation from flashes of light generated by phosphors. b. When the ratio of neutrons to protons is too high or too low an element will exhibit radioactive decay. c. Water surrounding the cylinders of a reactor core slows neutrons down so that the U-235 can capture them more efficiently. d. Bombarding an element with electrons may change an element into another element. e. Carbons with triple bonds are trigonal planar in shape. f. Alpha particle emission increases A by 4. g. Beta particles penetrate further into the skin than alpha particles. h. If, on average, less than one neutron causes a fission event, the fission process will stop. i. The average person in the U.S. is exposed to less than 0.400 rem per year. j. Gamma ray decay results in no change in the number of nucleons, the number of protons or its energy. k. The net result of positron emission is that a proton becomes a neutron. 1. Only four unique monochlorosubstitution products result from the monochlorination of hexane. m. Electron capture and beta decay give the same net result. n. Control rods are raised out of the reactor core to increase the temperature of the reactor core.
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Transcribed Image Text:8. True or False (use your periodic table/data sheet when appropriate)
a. A Geiger counter detects radiation from flashes of light generated by phosphors.
b. When the ratio of neutrons to protons is too high or too low an element will exhibit radioactive decay.
c. Water surrounding the cylinders of a reactor core slows neutrons down so that the U-235 can capture them more efficiently.
d. Bombarding an element with electrons may change an element into another element.
e. Carbons with triple bonds are trigonal planar in shape.
f. Alpha particle emission increases A by 4.
g. Beta particles penetrate further into the skin than alpha particles.
h. If, on average, less than one neutron causes a fission event, the fission process will stop.
i. The average person in the U.S. is exposed to less than 0.400 rem per year.
j. Gamma ray decay results in no change in the number of nucleons, the number of protons or its energy.
k. The net result of positron emission is that a proton becomes a neutron.
1. Only four unique monochlorosubstitution products result from the monochlorination of hexane.
m. Electron capture and beta decay give the same net result.
n. Control rods are raised out of the reactor core to increase the temperature of the reactor core.
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