<span>13.6 electron volts
Hope this helps!! (If not sorry!)</span>
Answer: 14.01 moles
To solve this question, you need to determine the molecular mass of the Ba(OH)2. The molecular mass would be: 137.3 + 2(16+1)= 171.3g/mol.
If the total weight of Ba(OH)2 is 2400g and its molecular mass is 171.3g/mol, the number of moles would be: 2400g/ (171.3g/mol)=14.01 moles
Total cost: $603.42
Tickets (total): 134.23*4= $536.92
603.42-536.92= $66.50
Hot dog (total)= $9
66.5-9= $57.50
Popcorn (total)= $17.50
57.50-17.50= $40
They bought 2 parking passes
40/2=20
Answer: Each pass costs $20
Answer:2-methylpropane
Explanation:
The structure of 2-methylpropane is contrasted with that of propane in the image attached. It is easy to see that 2-methylpropane contains a tertiary carbon atom which forms a stable radical. This stable radical formed will eventually lead to the yield of a single product which is 2-chloro-2-methylpropane. A tertiary radical is the most stable radical and often leads to the formation of a single product.