Knowing how much heat energy is in a star is not enough to tell us how much force its light applies on the earth.first martiAn said:what if we thinks of star's heat?? Is it not applying force on earth?
There is radiation pressure, but I wouldn't call that "heat applying a force".first martiAn said:what if we thinks of star's heat?? Is it not applying force on earth?
Radiation pressure from starlight is miniscule and does not directly correlate to the heat in the star. The point stands -- there is no underlying principle of physics which says that "heat applies force".first martiAn said:But pressure exert force.
Yes, but radiation pressure isn't heat!first martiAn said:But pressure exert force.
It seems that you are trying to reason that "if gravity can cause heat then heat must be able to cause gravity".first martiAn said:So if gravity of molecules heat it up. Then why not heat can starts gravity to rise.
first martiAn said:A star is formed when a large amount of gas, mostly hydrogen, starts to collapse in on itself due to its gravitational attraction . As it contracts, the atoms of the gas collide with each other more and more frequently and at greater and greater speeds - the gas heats up.
The relationship between heat and force in molecular breakage is a complex one. Heat is a form of energy that is transferred from one molecule to another, causing them to vibrate and move more quickly. When a molecule is exposed to high levels of heat, the force between its atoms can become disrupted, leading to molecular breakage.
Heat can affect the strength of molecular bonds by increasing the kinetic energy of the molecules, which can weaken the bonds between the atoms. This can result in easier breakage of the bonds and ultimately, the breakdown of the molecule itself.
No, force alone cannot cause molecular breakage. While force can certainly play a role in disrupting molecular bonds, it is often the combination of force and heat that leads to molecular breakage. This is because the added energy from heat can make the molecules more susceptible to the force.
Yes, there are other factors that can influence molecular breakage, such as the type and strength of the bonds between the atoms, the chemical composition of the molecules, and the environment in which the molecules are located. These factors can all play a role in determining how much heat and force are needed to cause molecular breakage.
The relationship between heat and force in molecular breakage is studied through various scientific methods, including computer simulations, laboratory experiments, and theoretical models. These methods allow scientists to observe and analyze how heat and force interact with molecules and their bonds, and how this affects the overall process of molecular breakage.