Answer:
$90,000
Explanation:
We could allocate assembly overhead on the basis of the parts used in the assembly process:
wheels ⇒ 300,000 x 2 parts = 600,000 parts
<u>seats ⇒ 600,000 x 3 parts = 1,800,000 parts</u>
total parts assembled 2,400,000 parts
overhead costs per part assembled = $360,000 / 2,400,000 parts = $0.15 per part
so the overhead allocated to wheels should be = 600,000 parts x $0.15 per part = $90,000
Answer:
$1,107,793.41
Explanation:
The value of the payment today can be ascertained using the present value of an annuity due formula since the first payment is immediate as shown thus:
PV=monthly payment*(1-(1+r)^-n/r*(1+r)
monthly payment=$12,500
r=monthly interest rate=6.48%/12=0.0054
n=number of monthly payments in 10 year=10*12=120
PV=$12,500*(1-(1+0.0054)^-120/0.0054*(1+0.0054)
PV=$12,500*(1-(1.0054)^-120/0.0054*(1.0054)
PV=$12,500*(1-0.524003627
)/0.0054*1.0054
PV=$12,500*0.475996373
/0.0054*1.0054
PV=$1,107,793.41
Answer:
displacement
Explanation:
Displacement is a psychological defense mechanism where the person redirected the emotion in a negative way via from the real source to the lower threatening receipt
As in the given situation, the husband yells his wife and then wife yells her children so this represent that they use the defense mechanism i.e. displacement
Answer:
The correct answer is: reduce; not as highly valued as others.
Explanation:
All the economic systems must provide people with the goods and services that they want and need. But it is also necessary to limit them from getting as much as they wish.
This is because providing as many goods and services as they want may lead to a reduction in efficiency. Economic efficiency is achieved when resources are allocated in such a way that there is no wastage and resources are allocated to most valued use.
If the economic systems do not restrict the production of goods and services as much as they want it may lead to the production of those goods and services that are not as highly valued as others. This will cause wastage of resources, thus reducing the economic efficiency of the system.
Answer:
3
Explanation:
We are asked to use the midpoint formula.
Here, instead of dividing the change in values by the old value as in the normal elasticity calculation, we use the average of the two.
Mathematically:
Price elasticity of demand according to midpoint formula is :
{Q2 - Q1 / (Q2 + Q1) ÷ 2] × 100%} ÷ {[P2 - P1/ (P2 + P1) ÷ 2] × 100}
Price changed from 5 to 7. The midpoint of 5 and 7 is the average = (5+7)/2 = 6
% change in price in this case is (7-5)/6 * 100 = 100/3 = 33.33%
% change in quantity:
We first find the average = (12+4)/2 = 16/2 = 8
% change = (4-12)/8 * 100 = -100%
The elasticity of demand is thus -100/33.33 = 3