CAN SOMEONE PLEASE HELP ME AND TELL ME IF IM RIGHT OR WHAT ????!!!!!!!!!
Explain which statement is correct: energy is lost when water is boiled or the energy used to boil water is present, but it is no longer in a usable form unless you use work or heat to make it usable.
i think that the 2nd one is correct because i no that energy is not lost when water is bpiled it is gained because of the bubbles and electrons and atoms moving around. am i right??
To determine which statement is correct, let's break it down and go through each statement:
1. Energy is lost when water is boiled: This statement suggests that energy is lost during the process of boiling water. In order to evaluate this statement, we need to understand the concept of energy conservation. According to the law of conservation of energy, energy cannot be created or destroyed; it can only be transferred or converted from one form to another. So, if energy is "lost" during boiling, it must be transformed into another form. In this case, the energy present in the system is converted into thermal energy (heat) as the water boils. Therefore, no energy is truly lost in the process of boiling water.
2. The energy used to boil water is present, but it is no longer in a usable form unless you use work or heat to make it usable: This statement suggests that the energy used to boil water is still present but not in a usable form unless additional work or heat is applied. This is in line with the law of conservation of energy. When water boils, the energy is primarily in the form of heat, and it is no longer in a form that can easily be used to perform mechanical work. However, it is important to note that the energy is still present in the system and can potentially be harnessed for other purposes, such as generating electricity with steam or conducting experiments.
Based on the explanation, it seems like your understanding aligns with the second statement. Energy is not lost when water is boiled but rather transformed into another form (heat). The energy is still present but not in a readily usable form unless additional work or heat is applied to make it usable. So, your conclusion is correct.