Answer: BaI
{2}
⋅
4
H
{2}
O
any number in {} is small
Explanation: The idea here is that you need to use the number of moles of anhydrous barium iodide, BaI
{2}
, and of water, H {2} O
, to find the mole ratio that exists between the anhydrous salt and its water of hydration in the hydrate.
To Whom it May Concern:
As you are aware, the film we are tasked with producing, though certainly based in science fiction, will involve a great deal of real science, including physics and astronomy, topics which are not particularly well versed in our industry. My goal in creating this movie is to make it as thoughtful and realistic as possible, so that it begs the question for the average moviegoer: Could that actually happen? Additionally, with such a practical and entertaining applicable of science, we will be able to create a movie that will have an affect on critics, thus trickling down to the movie goers who bring in the revenue. With that said, it is vital that we hire a team of competent experts to incorporate the ideas necessary to make the movie realistic. I believe that with a team of knowledgeable consultants, we will be able to make a film for the ages, one that will leave real world scientists in awe. I look forward to hearing from you in this regard.
<span>In 1947, nationalist leaders successfully campaigned for reforms and won independence for <u>India</u>.</span>
I think this was John Adams
to a certain extent. the rovers are meant to be stable in the conditions of cars along with it's gravity levels. these factors can fluctuate depending on the planet. other factors, such as wheel grip along with the inside work (wires and stuff) do not change too much.
