Answer:
The answer to your question is 0.33 liters
Explanation:
Data
Volume = ?
Molarity = 1.5 M
number of moles = 0.5
Formula

Solve for V

Substitution

Simplification and result
Volume = 0.33 l
Answer:
the storm knocked down trees creating a dam blocking the path for water to move
Explanation:
Glass is not a living organism, so it is <u>abiotic</u>.
Answer:
A.
Explanation:
I forgot butt im surely it is;-)
Answer:
36
Explanation:
Since the sample was undiluted the number of colonies is the number that grew on the nutrient agar which is 36 colonies. If it was diluted for example let say 0.1 ml from a dilution in which 1 ml of the sample was added to 9 ml of water, and it grew colonies then 0.1 ml yielded 6 colonies, 1 ml of the diluted sample will yield 60 colonies and 10 ml will have 600 colonies and therefore the 1 ml undiluted sample will have 600 colonies.