The resulting solution is unsaturated.
An unsaturated solution is one in which the amount of solute can be increased. We know that the solution is unsaturated because there is no salt at the bottom of the solution and no means were required to increase the salt's solubility such as increasing temperature or stirring. Once the solution becomes saturated, additional salt will only deposit at the bottom unless changes in conditions are made.
Thanks for the points bud
Hi :)
So to find the average atomic mass of gallium you need to multiply the mass and percentage of abundance in the first isotope and then add that with the mass times percentage of abundance in the second isotope. I'll show you..
First convert 60.108% into a decimal, moving the decimal point over two places to the left. 60.108% -> 0.60108. Now you can multiply it by
0.60108 * 68.9256 = 41.4298.
So now I need to do the same thing as I did for the first isotope.
39.892% -> 0.39892.
<span>
0.39892 * 70.9247 = 28.29328
The last step is to add the two,</span> 28.29328
+ 41.4298 = 69.72308.
So the average atomic mass of gallium is 69.723.
Answer:
Higher
Explanation:
When an object sublimates, it goes straight from the solid to the gas phase. Since this involves heating up, the object's molecules move faster, which therefore gives it higher kinetic energy. Hope this helps!
the acceleration will decrease, because the box will now have more friction among the ground.
The only time mass will not affect acceleration is in a vaccum
Note the standard equation is force is proportional to mass times acceleration.
