Calculate the number of Argon atoms necessary to exactly cover a “metric” football field witha layer of Argon atoms that is one atom thick. Assume the football field is 100.0 m long and 50.0 m wide. Assume the kinetic diameter of an Argon atom is 3.4 Å and is to be taken as the actual diameter of the atom, d. Assume that the Argon atoms are all touching each other at their edges so that the center of each atom is 3.4 Å away from the next closest atom. (1.000 Å = 1.000x10-10m)
Calculate the number of Argon atoms necessary to exactly cover a “metric” football field witha layer of Argon atoms that is one atom thick. Assume the football field is 100.0 m long and 50.0 m wide. Assume the kinetic diameter of an Argon atom is 3.4 Å and is to be taken as the actual diameter of the atom, d. Assume that the Argon atoms are all touching each other at their edges so that the center of each atom is 3.4 Å away from the next closest atom. (1.000 Å = 1.000x10-10m)
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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Calculate the number of Argon atoms necessary to exactly cover a “metric” football field witha layer of Argon atoms that is one atom thick. Assume the football field is 100.0 m long and 50.0 m wide. Assume the kinetic diameter of an Argon atom is 3.4 Å and is to be taken as the actual diameter of the atom, d. Assume that the Argon atoms are all touching each other at their edges so that the center of each atom is 3.4 Å away from the next closest atom. (1.000 Å = 1.000x10-10m)
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