Answer:
3.44 liters
Explanation:
before we start we must convert the celcius to kelvin by adding 273
Next we must Know we are using charles law and the eqation is V1/T1= V2/T2 we must convert it to V1 T1 / T2
so its must equal 7.80 times 698 divided by 308 wich gives you 3.44 liters
this is a lot sorry i can't help
Answer:
Explanation:What is the demand factor for three commercial ranges?
Statement D is the correct option as the solution will have pH of 3. It has an H3O+ ion concentration of 1 ×
mol/L and is acidic.
Explanation:
It is given in question that solution must have pH of 3. The value if being less than 7 shows that solution is acidic. The pH value of 3 indicates that given solution is highly acidic and has strong acid. Strong acid gets fully dissociated into 
ions.
pH of the solution is calculated as:
pH = -log10[
]
the concentration or molarity of the hydronium ion is given as moles/litre
concentration of hydronium ion in the solution is 1 X
moles/litre
putting the values in the equation:
pH = - log10( 1 X
)
pH = 3 (acidic)
Thus it can be concluded that D option is the right answer.
To see the mole to mole ratio. If you have this then you see how many moles are used for other reactants/products in the equation