11) A student performs an experiment with three unknown fluids and obtains the following measurements: Fluid A: m = 2060 g, V- 2000 mL Fluid B: m = 672 g, V = 850 mL Fluid C: m = 990 g, V= 1100 mL ; Draw how the fluids would be layered if they were combined in a beaker.

Physics for Scientists and Engineers, Technology Update (No access codes included)
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ISBN:9781305116399
Author:Raymond A. Serway, John W. Jewett
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Chapter21: The Kinetic Theory Of Gases
Section: Chapter Questions
Problem 21.61AP
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Number 11
e) Plants take in light energy for photosynthesis: endothermi
you heat them continually: and otherm
othermi
Making and breaking bonds
During chemical reactions the bonds between atoms break and new bonds form
Energy must be absorbed to break a hond so hent.
10) A graduated cylinder has a mass of 50 g when empty. When 30 mL of water is added, the graduated
cylinder has a mass of 120 g. If a rock is added to the graduated cylinder, the water level rises to 75
mL and the total mass is now 250 g. What is the density of the rock?
11) A student performs an experiment with three unknown fluids and obtains the following
measurements:
Fluid A: m = 2060 g, V-2000 mL
Fluid B: m = 672 g, V = 850 mL
Fluid C: m = 990 g, V 1100 mL
Draw how the fluids would be layered if they were combined in a beaker.
Transcribed Image Text:e) Plants take in light energy for photosynthesis: endothermi you heat them continually: and otherm othermi Making and breaking bonds During chemical reactions the bonds between atoms break and new bonds form Energy must be absorbed to break a hond so hent. 10) A graduated cylinder has a mass of 50 g when empty. When 30 mL of water is added, the graduated cylinder has a mass of 120 g. If a rock is added to the graduated cylinder, the water level rises to 75 mL and the total mass is now 250 g. What is the density of the rock? 11) A student performs an experiment with three unknown fluids and obtains the following measurements: Fluid A: m = 2060 g, V-2000 mL Fluid B: m = 672 g, V = 850 mL Fluid C: m = 990 g, V 1100 mL Draw how the fluids would be layered if they were combined in a beaker.
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