<h3>The last equation is:
</h3>
2834.75 = 255 (4.16) (T)
T = 2.67K
<h2>Further Explanation
</h2>
The law of conservation of energy is an important concept for solving this problem. The energy released is enough for the energy absorbed.
Ice undergoes a heat of transformation. This means there is a phase change but not temperature and therefore energy is resolved by (fusion enthalpy) (mass) = 333.5J / g) (8.5g). = 2834.75J.
This is enough for the energy released by water. Energy calculated by (mass) (specific water heat) (temperature change) = (255g) (4.16J / gK) (T)
In physics, the law of conservation of energy states that the amount of energy from a closed system does not change - it will remain the same. That energy cannot be created or destroyed by humans, but it can change from one form of energy to another. For example, chemical energy can be converted into kinetic energy in dynamite explosions.
The most common definition of energy is a work that can be carried out by certain forces (gravity, electromagnetic, etc.).
Energy is a conserved quantity. Because of various forces, such as gravity, electricity, heat and so on, energy has various forms.
<h3>Energy can be grouped into two main categories, namely:
</h3>
- Kinetic energy
- Potential energy
Learn More
The law of conservation of energy brainly.com/question/1387838
Type of Energy brainly.com/question/1674522
Details
Grade: High School
Subject: Chemistry
Keyword: conservation, law, energy
