Answer:
it is the Tigris river and the Euphrates river
Answer:
M1
Explanation:
In economics, the term M1 refers to very liquid money supply (money that is easy to get to) that includes the following:
- physical currency (coins and paper money)
- demand deposits,
- traveler's checks,
- other checkable deposits.
On the other, hand, M2 is less liquid money supply and it includes M1 plus:
- savings and time deposits,
- certificates of deposits,
- money market funds.
In general terms, the main difference between these two is how easy is to get access to them, M1 is more accessible (more liquid) than M2.
The question asks us about the <u>money supply that includes coins, paper money, traveler's checks, conventional checking accounts and checkable deposits. </u>We can see that all these refers to the most easily accessed money supply and thus <u>this is the definition of M1</u>
Answer:
My guess would be C: The government might have to hire people from other countries.
the creation or construction of a fictional character
The arrow style is the best choice for completing this reversible chemical reaction is any drawing that has parallel lines, where one is said to be above the other, with half of the arrowhead going to the right side of the top line, and the other half an arrowhead to the left side of the bottom line.
<h3>What factors determine the direction of a chemical reaction?</h3>
Reactions is one that takes place if two reactant molecules are known to collide, each having the lowest energy and right orientation.
Therefore, The arrow style is the best choice for completing this reversible chemical reaction is any drawing that has parallel lines, where one is said to be above the other, with half of the arrowhead going to the right side of the top line, and the other half an arrowhead to the left side of the bottom line.
Learn more about reversible chemical reaction from
brainly.com/question/11412193
#SPJ1
Which arrow style is the best choice for completing this reversible chemical reaction?
The following chemical equation: OH- + H3O+ ______ 2 H2O