Distinguish between the view of matter and energy in microscopic world and view matter and energy in the quantum mechanical world.
I do not understand this question, i tried googling it, but hardly got something to give me an idea about.
Please help.
I think the question is trying to get at that in nature we tend to view energy and matter (=mass) as separate quantities. Whereas in the quantum mechanical world there is a relationship between energy and matter (=mass) through E=mc^2
I'd be happy to help you understand the question!
The question is asking you to compare and contrast the views of matter and energy in the microscopic world and the quantum mechanical world. Let's break it down:
1. Microscopic World: In the microscopic world, matter and energy are viewed using classical physics. This means that matter is considered to exist as discrete particles with definite positions and velocities. Energy is considered to be a continuous quantity that can be transferred between different forms (such as potential and kinetic energy) but is conserved overall.
2. Quantum Mechanical World: On the other hand, in the quantum mechanical world, matter and energy are viewed using quantum physics. According to quantum theory, matter and energy exist in discrete quanta or packets known as "particles" and "photons" respectively. The position and velocity of these particles cannot be precisely determined simultaneously due to the Heisenberg Uncertainty Principle. Instead, the behavior of matter and energy is described by wave-like properties, such as wave-particle duality and superposition.
To answer the question, you'll need to highlight the key differences between these two views. In the microscopic world, matter is considered to be composed of particles with definite properties, while in the quantum mechanical world, matter and energy are viewed as both particles and waves simultaneously. Additionally, the behavior and properties of matter and energy in the microscopic world can be described by classical physical laws, while in the quantum mechanical world, they are described by quantum mechanics.
To understand these concepts further, I recommend studying classical physics, quantum physics, and the history of their development. Exploring resources such as textbooks, scientific articles, and online lectures can provide you with a deeper understanding of the topic.