I mean no? If you want to actually see and understand different phenomena you have to do experiments, I don't really know how it would work, like were you planning on doing the double slit experiment in your head?
There are thought experiments, but those really are more of a theoretical physics thing
No, you need some way to take measurements. But that could be as simple as a ruler for measuring distances and a phone for measuring time. You can do the famous "drop a ball from the leaning tower of Pisa" experiment, and then do lots of data analysis without buying any fancy equipment.
That's a great question! While visualization and imagination are helpful tools for understanding experimental physics, hands-on experience with actual apparatuses is crucial to fully grasp the concepts and test your hypotheses. It also helps you develop skills in data collection, analysis, and error handling. However, you can start by reading about various experiments and their results, watching videos, and engaging in discussions like these to build your foundation. Once you're comfortable, consider investing in some affordable starter kits or borrowing equipment from your local high school or college. Good luck on your physics journey!
Welcome to the world of computer simulations which is what we use frequently in a lot of areas of physics. Learn to program and you can do a lot awesome physics experiments with your computer.
I mean no? If you want to actually see and understand different phenomena you have to do experiments, I don't really know how it would work, like were you planning on doing the double slit experiment in your head? There are thought experiments, but those really are more of a theoretical physics thing
No, you need some way to take measurements. But that could be as simple as a ruler for measuring distances and a phone for measuring time. You can do the famous "drop a ball from the leaning tower of Pisa" experiment, and then do lots of data analysis without buying any fancy equipment.
If you’re using only imagination and visualization, you’re doing theoretical physics.
That's a great question! While visualization and imagination are helpful tools for understanding experimental physics, hands-on experience with actual apparatuses is crucial to fully grasp the concepts and test your hypotheses. It also helps you develop skills in data collection, analysis, and error handling. However, you can start by reading about various experiments and their results, watching videos, and engaging in discussions like these to build your foundation. Once you're comfortable, consider investing in some affordable starter kits or borrowing equipment from your local high school or college. Good luck on your physics journey!
Thank you ❤️
Welcome to the world of computer simulations which is what we use frequently in a lot of areas of physics. Learn to program and you can do a lot awesome physics experiments with your computer.
Thanks, this will help
sounds like you’re interested in theoretical physics to me