Question

a beaker with water and the surrounding air are all at degrees Celsius. After ice cubes are placed in the water, heat is transferred from?

Answer 1

(3) the water to the ice cubes
This is so because the ice cubes are colder compared to their surrounding objects.
They absorb the heat from the water, cooling it, therefore vanishing(melting).

Another way to put it would be

The answer is (3) the water to ice cubes.

As the ice cubes should be at a temperature of about 0 degree ( freezing point) , at the same time the temperature of water is 24 degree. Thus, heat is transferred from water to ice cubes.

Answer 2

(3) the water to the ice cubes.

Step-by-step explanation:

There is some info missing. I believe this is the original question:

A beaker with water and the surrounding air are all at 24°C. After ice cubes are placed in the water, heat is transferred from:(1) the ice cubes to the air(2) the beaker to the air(3) the water to the ice cubes(4) the water to the beaker.

Heat is transferred from bodies at higher temperatures to bodies at lower temperatures.

Heat is transferred from:

(1) the ice cubes to the air. NO. Heat will be transferred from air (24°C) to the ice cubes (0°C).

(2) the beaker to the air. NO. The beaker and the air are at the same temperature.

(3) the water to the ice cubes. YES. Water (24°C) is at a higher temperature than ice (0°C).

(4) the water to the beaker. NO. The water and the beaker are at the same temperature.