When the stock markets crash, the businesses crash because the economy relies on the circulation of money to stay alive, when stock markets crash, money is slowing down and businesses can't afford to keep their business
Answer:
sell bonds, increase discount rates and increase reserve requirements
Explanation:
The Federal Reserve’s three instruments of monetary policy are open market operations, the discount rate and reserve requirements ( Sometimes discount rate management is divided as discount and interest rate) .
Open market operations involve the buying and selling of government securities. The term “open market” means that the Fed doesn’t decide on its own which securities dealers it will do business with on a particular day. Rather, the choice emerges from an “open market” in which the various securities dealers that the Fed does business with – the primary dealers – compete on the basis of price. Open market operations are flexible, and thus, the most frequently used tool of monetary policy.
The discount rate is the interest rate charged by Federal Reserve Banks to depository institutions on short-term loans.
Reserve requirements are the portions of deposits that banks must maintain either in their vaults or on deposit at a Federal Reserve Bank.
One example is “engagement” consider to be “business activities”
Answer:
B. is not liable because Mike was on a frolic of his own.
Explanation:
Mike who is a dispatch rider, decided to see his girlfriend, Jackie, who lived 50 miles off his pizza route. He had an accident while driving to his girlfriend's, and injured a pedestrian, Chuck due to his negligent driving.
Under the circumstances, Frank's Pizza isn't liable because Mike was on a frolic of his own. Mike embarking on a 50 mile drive to see his girlfriend is frolicsome and outside the scope of his employment as a delivery agent.
Hence, this will absolve his employer from any liability as he wasn't working on the designated route at the time.
We are given the series of chemical reactions:
Ethane is chlorinated in a continuous reactor:
C2H6 + Cl2 --> C2H5Cl + HCl
But some of the product monochloroethane becomes further
chlorinated by an undesired side reaction:
C2H5Cl + Cl2 --> C2H4Cl2 + HCl
So to avoid the product monochloroethane to be further
chlorinated, there must be fast processing or fast conversion of ethane so that
there would less time for further chlorination. Hence we must design the
reactor for high conversion of ethane.
To make the process economical, there must be a
downstream separation step that would separate the main product monochloroethane
from the undesired product dichloroethane.
