Yes, because the wind is pushing the water. Just like when it is windy u see the water move.
hope this helped :)
So each 19.3g of gold is equivalent to one ml
So if we divide the mass of the gold nugget by the density we can find the volume: 93.5/19.3 = 4.79ml
Hope that helps
Through their esophagus and then to their stomachs to be digested
When liquid water evaporates, its composition remains the same. The environment has an impact on the intermolecular forces, but the chemical intramolecular forces within the water molecule are unaffected.
<h3>
What are intramolecular and intermolecular forces?</h3>
Three states of water have the same chemical behavior as two HH atoms bonded to one OO atom because intramolecular interactions exist within (within) the molecule. When intramolecular forces are broken, the substance's identity might be changed.
The physical behavior of the matter varies depending on its condition as the strength fluctuates from one state to another due to the intermolecular forces that exist between (outside) the molecules (kinetic and potential energy). We do not alter the composition of the substance when the intermolecular interactions are broken.
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4.9 moles of salt are required to be added to 1 kg water to change the boiling temperature
by 5°C.
<h3>What is the moles of Salt required to change the temperature of water by 5°C?</h3>
Based on the given equation, the molality of the solution is calculated as follows:
- Molality = change in temperature/ Kb × I
Change in temperature = 5 °C
Kb = 0.51
i = 2
Molality = 5/0.51 × 2 = 4.9 molal
Also, Molality = moles/kg of water
Moles of salt = molality × kg of water
Moles of salt = 4.9 × 1 = 4.9 moles.
Therefore, 4.9 moles of salt are required to be added to 1 kg water to change the boiling temperature
by 5°C.
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