- Joined
- Dec 24, 2022
- Messages
- 276
- Reaction score
- 521
@Seiya you have said a lot, but at the same time not said much at all.
Everything has a how and a why. Tonya Harding executed an attack against Nancy Kerrigan. Why? Because she wanted to win her Olympic skating event. How? Her ex-husband hired somebody to bust her leg with a pipe.
More relevantly, let’s discuss fire. Fire is hot and can warm a pot of water. Why? Because it releases thermal energy during a chemical reaction called combustion, where fuel combines with oxygen. This process breaks and forms chemical bonds, releasing more energy than is needed to start the reaction, resulting in heat (and light). How? The thermal energy created by the fire can be transferred via conduction, convection, and/or radiation:
Everything has an inextricably linked how and why. Even you and I: how we discuss this is via this forum. Why we discuss this is because we desire to develop the truth by exchanging ideas with our peers.
Gravity, for all of its faults, at least makes an attempt to answer both how and why. I do not cheerlead for gravity as a theory, but I must admit it’s a fully fleshed (albeit erroneous) explanation.
I’m hoping that you can, both succinctly and concisely, explain to me why objects with greater density go downward. Without deriding my cognitive faculties, without a long winded and tangential explanation of other things… please offer me the “how”.
I think that’s a fair question worthy of a respectful answer.
If the answer is two layers, is not true.
lol.The atmosphere is divided in two big categories
Everything has a how and a why. Tonya Harding executed an attack against Nancy Kerrigan. Why? Because she wanted to win her Olympic skating event. How? Her ex-husband hired somebody to bust her leg with a pipe.
More relevantly, let’s discuss fire. Fire is hot and can warm a pot of water. Why? Because it releases thermal energy during a chemical reaction called combustion, where fuel combines with oxygen. This process breaks and forms chemical bonds, releasing more energy than is needed to start the reaction, resulting in heat (and light). How? The thermal energy created by the fire can be transferred via conduction, convection, and/or radiation:
Everything has an inextricably linked how and why. Even you and I: how we discuss this is via this forum. Why we discuss this is because we desire to develop the truth by exchanging ideas with our peers.
Gravity, for all of its faults, at least makes an attempt to answer both how and why. I do not cheerlead for gravity as a theory, but I must admit it’s a fully fleshed (albeit erroneous) explanation.
I’m hoping that you can, both succinctly and concisely, explain to me why objects with greater density go downward. Without deriding my cognitive faculties, without a long winded and tangential explanation of other things… please offer me the “how”.
I think that’s a fair question worthy of a respectful answer.