Why does the temperature of the surrounding play a crucial role in the melting process of the ice cubes
Answer (1)
The temperature of the surroundings plays a crucial role in the melting process of ice cubes because it directly affects the rate at which heat is transferred from the environment to the ice.--- Here's Why:1. Melting Requires Heat (Energy)Ice melts when it absorbs enough heat to break the bonds holding water molecules in solid form.The higher the surrounding temperature, the faster this heat transfer happens, causing the ice to melt more quickly.---2. Heat Moves from Warm to ColdHeat naturally flows from a warmer object (the air or surface) to a colder one (the ice cube).If the surrounding temperature is close to or below 0°C, very little or no heat is transferred, and the ice melts slowly or not at all.But if it's a hot day (e.g., 30°C), heat moves rapidly into the ice, melting it faster.---3. Air Movement and HumidityWarmer surroundings usually have moving air, which removes the cold air around the melting ice, making melting faster.Dry air can speed up sublimation (ice turning to vapor), while humid air may affect how fast heat is absorbed.--- Real-Life Example:Ice left outside on a hot day melts within minutes.The same ice cube in a cold fridge (around 4°C) might take much longer to melt—or not melt at all in a freezer.--- In Summary:> The higher the surrounding temperature, the more heat energy is available to transfer into the ice, speeding up the melting process.Hope it help! Pa brainliest po!
