How much energy (in joules) is released when 0.06 kilograms of mercury is condensed to a liquid at the same temperature?

697.08 J of energy (in joules) is released when 0.06 kilograms of mercury is condensed to a liquid at the same temperature. Latent heat = m (deltaH) , 0.06 *11.6 = 0.697 KJ = 697.08 J

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Asked 2/1/2019 7:54:22 AM

Updated 12/19/2021 4:12:53 PM

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697.08 J of energy (in joules) is released when 0.06 kilograms of mercury is condensed to a liquid at the same temperature. Latent heat = m (deltaH) , 0.06 *11.6 = 0.697 KJ = 697.08 J

Added 12/19/2021 4:12:53 PM

This answer has been confirmed as correct and helpful.

If a certain mass of mercury has a volume of 0.002 m3 at a temperature of 20°C, what will be the volume at 50°C?
A. 0.002010812 m3
B. 0.004021624 m3
C. 0.002021624 m3
D. 0.000010812 m3

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Updated 11/14/2020 8:00:53 PM

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If a certain mass of mercury has a volume of 0.002 m3 at a temperature of 20 C, the volume at 50 C will be 0.002010812 m3.

Solution: V =V [1 + (50-30)] = 0.002 [1 + 0.00018(30)] = 0.0020108 m³.

Solution: V =V [1 + (50-30)] = 0.002 [1 + 0.00018(30)] = 0.0020108 m³.

Added 11/14/2020 8:00:53 PM

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If a certain mass of mercury has a volume of 0.002 m3 at a temperature of 20°C, what will be the volume at 50°C?

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Updated 11/14/2020 8:11:17 PM

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If a certain mass of mercury has a volume of 0.002 m3 at a temperature of 20 C, the volume at 50 C will be 0.002010812 m3.

V =V [1 + (50-30)] = 0.002 [1 + 0.00018(30)] = 0.0020108 m³.

V =V [1 + (50-30)] = 0.002 [1 + 0.00018(30)] = 0.0020108 m³.

Added 11/14/2020 8:11:17 PM

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In a gasoline engine, the area in the cylinder head where the air-and-fuel mixture is burned is called the **Weegy:** In a gasoline engine, the area in the cylinder head where the air-and-fuel mixture is burned is called the: combustion chamber.
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Updated 286 days ago|8/15/2023 4:57:30 PM

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A mass of gas has a volume of 4 m3, a temperature of 290 K, and an absolute pressure of 475 kPa. When the gas is allowed to expand to 6.5 m3, its new temperature is 277 K. What's the absolute pressure of the gas after expansion?

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Updated 11/26/2021 5:53:50 PM

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A mass of gas has a volume of 4 m3, a temperature of 290 K, and an absolute pressure of 475 kPa. When the gas is allowed to expand to 6.5 m3, its new temperature is 277 K. the absolute pressure of the gas after expansion is 279.2 KPa. P1V1/T1 =P2V2/T2 , 475 *4 /290 = 6.5 *P2 /277 , P2 = 475 *4 *277 /290 *6.5 = 526300 / 1885 = 279.2 KPa

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How much energy, in joules, is released when 17 kilograms of granite is cooled from 45°C to 21°C?

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Updated 11/27/2021 4:18:15 PM

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327,992.8 J is released when 17 kilograms of granite is cooled from 45 C to 21 C.

Solution: U = mCp(Tf-Ti); U = 17 kg (790 J/(kg-°C)) (21-45) = 322,320 Joules or 327,992.8 J.

Solution: U = mCp(Tf-Ti); U = 17 kg (790 J/(kg-°C)) (21-45) = 322,320 Joules or 327,992.8 J.

Added 11/27/2021 4:18:15 PM

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