What happens to the kinetic energy of Substance X at 3.5 atm as the temperature is decreased in two stages, first from 70 C to 40 C, then from 40 C to 20 C? Phase Diagram for Substance X S liquid E-Y solid gas Pressure (atm) 4 2 10 20 30 40 50 60 70 80 Temperature (°C)

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What happens to the kinetic energy of substance X at 3.5 arm as the temperature is decreased in two stages, first from 70 C to 40 C, then from 40 C to 20 C? Make an accurate claim, provide evidence from the image, provide reasoning that connects the evidence to the claim.

 

The extra image attached is a hint.

What happens to the kinetic energy of Substance X at 3.5 atm as the temperature is decreased in two stages, first from 70 C to
40 C, then from 40 C to 20 C?
Pressure (atm)
in
4
3
2
Phase Diagram for Substance X
solid
liquid
gas
10 20 30 40 50 60 70 80
Temperature (°C)
Transcribed Image Text:What happens to the kinetic energy of Substance X at 3.5 atm as the temperature is decreased in two stages, first from 70 C to 40 C, then from 40 C to 20 C? Pressure (atm) in 4 3 2 Phase Diagram for Substance X solid liquid gas 10 20 30 40 50 60 70 80 Temperature (°C)
1
(n)
IM BENES344
5
SQUD
J
2
TEMPERATURE (C)
CENT
LIQUID
a) solid
IMITI THIEST
SOLID
M
LIQUID
GAS
TEMPERATURE ("C)
A
mressures, this substance would be a:
b) liquid
c) gas
When the dot isn't on a line, the substance is in one of the 3 different
states of matter. As you can see on the graph, solid, liquid, and gas
are written in different sections (bordered with lines). When the dot
falls into one of these sections, it changes into that state of matter.
We can infers because as you move the dot into a given section,
the molecule model on the right changes bonds. For example as
you move the dot down ino the high pressure area, the lines
connecting the molecule on the right dissapear entirely (meaning
the molecules are in a gaseous state).
Transcribed Image Text:1 (n) IM BENES344 5 SQUD J 2 TEMPERATURE (C) CENT LIQUID a) solid IMITI THIEST SOLID M LIQUID GAS TEMPERATURE ("C) A mressures, this substance would be a: b) liquid c) gas When the dot isn't on a line, the substance is in one of the 3 different states of matter. As you can see on the graph, solid, liquid, and gas are written in different sections (bordered with lines). When the dot falls into one of these sections, it changes into that state of matter. We can infers because as you move the dot into a given section, the molecule model on the right changes bonds. For example as you move the dot down ino the high pressure area, the lines connecting the molecule on the right dissapear entirely (meaning the molecules are in a gaseous state).
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