Answer:
What does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the models
Explanation:
vvvWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsWhat does the fiberfill represent in the modelsvvv
Answer:
A conducting electricity
Explanation:
The "electron sea" allows the current to flow across the electrons. If the electrons were stuck in their positions, these metals would be better insulators than conductors because they couldn't spread (or <em>conduct) </em>the energy as electricity.
B, C, and D are all not things directly caused by the delocalized electrons.
Answer:
It depends upon the mass of the particles also. Assuming equal mass, then the slower moving particle gains some energy, and the faster-moving particle loses energy. However, if the slower moving particle had greater mass, it could transfer energy to the faster-moving particle.
Explanation:
Hope I could help! :)
Answer:
16.5 atm
Explanation:
<em>A mixture of He, N₂, and Ar has a pressure of 24.1 atm at 28.0 °C. If the partial pressure of He is 3013 torr and that of Ar is 2737 mm Hg, what is the partial pressure of N₂?</em>
The total pressure of a gaseous mixture is equal to the sum of the partial pressures.
P = pHe + pN₂ + pAr
pN₂ = P - pHe - pAr [1]
We need to express pHe and pAr in atm.


From [1],
pN₂ = 24.1 atm - 3.96 atm - 3.60 atm = 16.5 atm
Hello! Charchar here!
Answer:
I don't know what the elements are soo
The elements in the first column of the Periodic Table (other than hydrogen) are known as Group 1A metals, or alkali metals. When you compare the chemical properties of these elements (lithium, sodium, potassium, rubidium, cesium, and francium), what you'll notice is that they are all remarkably similar.
Explanation:
Hope this helped!
Have a nice day!