What is the specific heat capacity of glass?

Let’s learn what is the specific heat capacity of glass. The most accurate or helpful solution is served by ChaCha.

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Answer:

The specific heat capacity of glass is 0.84. Keep the questions coming.

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Answer:

You need to figure out how many liters are in the piece of glass. Then calculate the molarity of the...

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Answer:

The specific heat capacity for Glass, crown solid is 0.67joules per kg, for Glass, flint solid 0.50...

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Answer:

The heat capacity in Lake Michigan is more than 200 times that of the heat capacity in a glass of water...

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Answer:

The only metal that has a higher specific heat of glass is Aluminum. The specific heat of glass is ...

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Calorimetry - foam cup vs glass beaker?

My understanding is that the foam cup has a lower specific heat capacity and therefore is able to hold more heat than the glass beaker. I'm confused, though, on how this will effect the calorimetry constant... if you were to use the glass beaker instead...

Answer:

Pour hot water into a beaker. Place your hand around the beaker to determine if the temperature of the...

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Specific heat capacity of liquid X?

liquid X at a temperature of 45 degree celcius is poured over an equal mass of glass at a temperature of 83 degree celcius. ignoring the insulating container (assume adiabatic, no heat lost or gained) what is the specific heat capacity of the liquid...

Answer:

What's the heat capacity of the glass?

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Answer:

The heat capacity of an object depends on both its mass and material. heat capacity = mass x specific...

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What is the specific heat capacity of the liquid X if the liquid and glass reach an equilibrium?

Liquid X at a temperature of 45 degree celcius is poured over an equal mass of glass at a temperature of 83 degree celcius. ignoring the insulating container (assume adiabatic, no heat loss or gained) what is the specific heat capacity of the liquid...

Answer:

You need the heat capacity of glass to calculate that.

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Answer:

first remember that units are of prime importance second energy conservation can be used as no loss...

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