Two identical metal spheres at 8 °C are put into two beakers with equal amounts of water, as shown below.

Two beakers are side by side; one is labeled Beaker A and the other is labeled Beaker B. Both beakers are the same shape, size, and are about two-thirds full with water. Both beakers have a metal sphere with a temperature of eight degrees Celsius submerged in the water.

Heat flows from the metal spheres to the water in Beaker A and Beaker B. Which statement is correct?

The temperature of the water in both beakers is lower than 8 °C.
The temperature of the water in both beakers is greater than 8 °C.
The temperature of the water in both beakers will decrease.
The temperature of the metal spheres in both beakers will increase.

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Answer:

B. The temperature of the water in both beakers is greater than 8 °C.

Two identical metal spheres at 8 °C are put into two beakers with equal amounts of water. Both beakers are the same shape, and size, and are about two-thirds full of water. So, the temperature of the water in both beakers is greater than 8 °C.

What is temperature?

  • The degree of hotness or coldness is regular on a definite scale.
  • Water temperature is steady as the degree or intensity of thermal energy in water.
  • The temperature for drinking water is room temperature (20°C / 68°F) for maximum, or chilled cold (6°C / 43°F) for maximum
  • Water temperature has a big impact on what types of fish and bugs are present in a lake or river.
  • The hot water must be stored at 60°C inside the water heater.
  • At least once a day, the temperature reach out at least 60°C in the entire tank.

To learn more about temperature refer to:

https://brainly.com/question/12293537

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