"released from" the atoms
If you have a conglomerate of gas particles:
1. At least one of the gas particles moves at a different speed. This is a result of the particles colliding with one another and transferring kinetic energy between particles. The temperature is simply a measure of the <em>average</em> kinetic energy of all the particles, and does not mean that all the particles have the same specific kinetic energy.
2. They do not have the same kinetic energy because they collide with each other as explained above.
3. They collide with each other unless the temperature is 0 K, in which case they are not moving at all.
If the temperature is not 0 K, none of the statements are true. If the temperature is 0 K, all of the statements are true.
Answer:
Four different reagent where used 1) BH3 & 2) H2O2/NaOH to produce butanol, followed by 3)PBr3 to produce Bromobutane and finally 4) NaOBu to produce the dibutylether
Explanation:
Please find attached the step by step reaction
The correct answer will be C. Carbon and Oxygen because these both are non metals and non metals react colvalently (i.e share electrons) while when metals react with a non metals they react ionically (i.e lose and gain electrons)
Despite being an extremely rare gas on Earth, hydrogen is the most common element in the universe. This is due to the fact that hydrogen is the fuel for stars, as it undergoes the fusion nuclear reaction to form helium and release the energy to sustain the star. Therefore, the answer to this question is hydrogen.