Basis of Comparison Shape SOLID LIQUID GAS Not fixed, takes shape of the container Volume Fixed Volume Spaces Between Particles Very little space between particles Very weak (negligible) Can move freely in all directions of the Force of attraction Movement of Particles container Compressibility Cannot be compressed

Q: The boiling point of a liquid is strongly affected by elevation as you learned in one of the slides…

A: The boiling point of a liquid is strongly affected by elevation as you learned in one of the slides…

Q: Describe the three stage of matter that are typically encountered on a daily basis. How are they…

A: The three stages of matter that are typically encountered on daily basis are solid, liquid and gas.…

Q: In class we looked at Maslow's Hierarchy of Needs and how it can influence your major/career…

A: Maslow's Hierarchy of Needs provides a compelling framework to understand how various needs can…

Q: What do you mean by change of phase of a substance? Is there any change in temperature during the…

A:

Q: Why does adding thermal energy make routine change from a liquid to a gas? (hint: think about what…

A: When we supply thermal energy to liquid the mean energy of the molecules (temperature of the system)…

Q: Air enters a hot-air furnace at 7 oC and leaves at 77 oC. If the pressure does not change, each…

A: Given that,The temperature when air enters in furnace = 7°CThe temperature when air leaves  furnace…

Q: Gas Fraction by Mass [%] Mole weight [kg kmol-1] CO2 96.500 44.01 N2 3.472 4 28.02 SO2 0.015 0 64.06…

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Q: How does the ideal gas model explain the rise in pressure of a gas as its temperature is raised…

A: Gay-Lussac’s law states that “the pressure of a given mass of gas varies directly with the absolute…

Q: How would you describe the solid-state in terms of motion (ability to move in space and speed) and…

A: In solid state or in solids atoms are tightly packed and are not moving at all rather  their…

Q: * thermal expansion * change in temperature

A: l2 =l1{1+α(t2 - t1)} The above equation derived from linear expansion concept. Linear expansion :-…

Q: Question 2: You want to store energy inside a container that has an ideal gas. The amount of moles…

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Q: What item from the list below contains only intensive properties? Pressure, Mass, Volume Pressure,…

A: Depending upon the change in property due to a change in the size of the system, the physical…

Q: What is the temp of the gas at A & B? Also, how could I find other points on the diagram that…

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Q: Which quantity is held constant for Boyle's law, Gay-Lussac's law, and Charles's law? O volume mass…

A: Boyle's law holds temperature constant.

Q: Use the below graph to answer the question. 120

A: Required : The boiling point.

Q: Match each phase of matter to the question that best helps to identify it. gas plasma solid liquid :…

A: Gas - Are the particles moving quickly in random pattern? The gas particles are characterized by…

Q: The change of phase from solid to gas, skipping the liquid phase, is called O Acclimation…

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Q: Fill in the blank The four laws of thermodynamics are as follows( not necessarily in order): for a…

A: 1. For a spontaneous process , the entropy of the isolated system increases.  This is second law of…

Q: My question was part D. What changes increase or decrease the final temperature?

A: Given that, The specific heat of water is cw=4190 J/kg·°CThe heat of the fusion of ice is…

Q: Data: (Remember to write correct units!!) 1st Type of Metal: Aluminnum I52.5g 10.19 Mass of Water…

A: (1) In this, it is asking for the Q for water using 1st metal and 2nd metal.

Q: Three metal cubes are heated to the temperatures shown and placed in contact with one another on a…

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Relativistic Energy and Momentum

According to classical physics, time flow is the same for every observer. But according to einstein's theory, time flow is different for different observers. The idea that time flow is not the same for all may sound strange because we may not experience this effect in everyday life. This effect is only observed when an object moves with some velocity comparable to the velocity of light. This velocity is termed relativistic velocity.