41) A teenage child in Wisconsin throws a chunk of sodium metal into a lake consisting of freshwater with an number of fluorine. A tremendous explosion follows emitting light and heat able to be observed from a approximate density of 1.01 g/mL. The chunk of sodium has a mass (in kilograms) equal t the atomic drone flying at an altitude of approximately_53 m. How many atoms of sodium from the original chunk remain in Wisconsin after the reaction is complete? This is an MCAT style question. Keep in mind that some of the data given may not be necessary to solve the problem. Use four sig figs. 1.01g /mL 53 a) 4.616E25 b) 2.357E23 53m c) 2.853E26

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echild in Wisconsin throws a chunk of sodium metal into a lake consisting of freshwater with an
number of fluorine. A tremendous explosion follows emitting light and heat able to be observed from a
approximate density of 1.01 g/mL. The chunk of sodium has a mass (in kilograms) equal to the atomic
41) A teenage
approximate density of 1.01 g/mL. The chunk of sodium has a mass (in kilograms) equal to the atomic
drone flying at an altitude of approximately 53 m. How many atoms of sodium from the original chunk
remain in Wisconsin after the reaction is complete? This is an MCAT style question. Keep in mind that
some of the data given may not be necessary to solve the problem. Use four sig figs.
1.01g/mL
53
Fotal Atom
a) 4.616E25
b) 2.357E23
53m
c)
2.853E26
d) 8.390E22
6.022X 1023
Transcribed Image Text:echild in Wisconsin throws a chunk of sodium metal into a lake consisting of freshwater with an number of fluorine. A tremendous explosion follows emitting light and heat able to be observed from a approximate density of 1.01 g/mL. The chunk of sodium has a mass (in kilograms) equal to the atomic 41) A teenage approximate density of 1.01 g/mL. The chunk of sodium has a mass (in kilograms) equal to the atomic drone flying at an altitude of approximately 53 m. How many atoms of sodium from the original chunk remain in Wisconsin after the reaction is complete? This is an MCAT style question. Keep in mind that some of the data given may not be necessary to solve the problem. Use four sig figs. 1.01g/mL 53 Fotal Atom a) 4.616E25 b) 2.357E23 53m c) 2.853E26 d) 8.390E22 6.022X 1023
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