Answer:
<u>TQM requires constant improvements in all areas of the company as well as employee empowerment.</u>
Explanation:
As the name implies, total quality management requires constant improvements in all areas of the company as well as employee empowerment.
In other words, the company expects 99.99% accuracy in all areas of operations which should also include employee empowerment so that they can better meet quality standards.
Answer:
Option D. Any of the above.
Explanation:
The reason is that the contract is not formed until the both parties don't agree on the terms and conditions of the contract which includes:
- New terms and conditions because as we know the business environment is consistently changing like inflation changes, etc (Option A).
- The acceptance is always required for the contract formation (Option B).
- Additional clauses of the contract are new clauses and acceptance is required for these to form a contract (Option C).
So all of the options can alter the contract existence. So the right answer is option D.
Answer:
$10,800 underapplied
Explanation:
Calculation for If overhead is applied based on machine hours, the overapplied/underapplied overhead is:
Overhead machine hours=[($1,044,000/24,000)×23,600]-1,037,400
Overhead machine hours=($43.50 x 23,600) - 1,037,400
Overhead machine hours=$1,026,600- 1,037,400
Overhead machine hours= $10,800 underapplied
Therefore If overhead is applied based on machine hours, the overapplied/underapplied overhead is:$10,800 underapplied
Answer:
the portfolio's return will be Ep(r)= 9.2 %
Explanation:
if the stock lies on the security market line , then the expected return will be
Ep(r) = rf + β*( E(M)- rf)
where
Ep(r) = expected return of the portfolio
rf= risk free return
E(M) = expected return of the market
β = portfolio's beta
then
Ep(r) = rf + β*( E(M)- rf)
E(M) = (Ep(r) - rf ) / β + rf
replacing values
E(M) = (Ep(r) - rf ) / β + rf
E(M) = ( 17.2% - 3.2%) /1.4 + 3.2% = 13.2%
since the stock and the risk free asset belongs to the security market line , a combination of both will also lie in this line, then the previous equation of expected return also applies.
Thus for a portfolio of β=0.6
Ep(r) = rf + β*( E(M)- rf) = 3.2% + 0.6*(13.2%-3.2%) = 9.2 %
Ep(r)= 9.2 %
Price Elasticity of Supply. The price elasticity of supply is calculated as the percentage change in quantity divided by the percentage change in price.
Using the Midpoint Method
PES = ((Q2-Q1) / ((Q2 + Q1) / 2)) / ((P2-P1) / ((P2 + P1) / 2))
PES = (((10) - (7)) / (((10) + (7)) / 2)) / (((50) - (40)) / (((50) + (40)) / 2))
PES = 1.59
the elasticity of beth's labor supply between the wages of $ 40 and $ 50 per hour is approximately 1.59
In this case, to 1% rise in price causes an increase in quantity supplied of 1.59%
answer:
the elasticity of beth's labor supply between the wages of $ 40 and $ 50 per hour is approximately 1.59
In this case, to 1% rise in price causes an increase in quantity supplied of 1.59%
