Answer:
The correct answer is option a.
Explanation:
The aggregate demand in an economy comprises of consumer spending, government spending, investment expenditure, and net exports.
An increase in any of these components will cause the aggregate demand to increase or decrease.
So when the government spending increases the aggregate demand will increase. This increase in the aggregate demand will cause the aggregate demand curve to shift to the right.
This rightward shift in the aggregate demand curve will cause the price level and equilibrium quantity to increase.
A decline in interest rates in expected to increase economic growth.
Answer:
By using the EOQ model, ray should order 22.8 units or 23 units each time
Explanation:
Solution
Recall that:
Ray annual estimated demand for this model is = 1,050 units
The cost of one unit carry is =$105
He estimated each order costs to place = $26
Now,
The EOQ model= (2*annual demand*ordering cost/holding cost per unit per year)^.5
Thus,
EOQ = (2*1050*26/105)^.5
EOQ = 22.8 units or 23 units
Answer:
All of the above are considered important in strengthening partner relationships
Explanation:
Partner relationship exists when two or more people come together to undertake a business venture. Profits and losses are between all partners.
Maintaining a good partner relationship ensures that the business performs and meets its goals.
A strategic path for objectives of the partners means the business does not only plan but executes its plans.
Shared vision and objectives ensures the partners work in harmony to achieve set targets.
The obejecives should be measureable, this sets realistic milestones.
Also shared vision and objectives should be formally agreed to by all parties.
Answer:
$880.72
Explanation:
Bond price will be calculated by following formula
Bond Price = C x [ ( 1 - ( 1 + r )^-n ) / r ] + [ F x ( 1 + r )^-n ]
Bond Price = $87 x [ ( 1 - ( 1 + 0.107 )^-10 ) / 0.107 ] + [ $1,000 x ( 1 + 0.107 )^-10 ]
Bond Price = $87 x [ ( 1 - ( 1.107 )^-10 ) / 0.107 ] + [ $1,000 x ( 1.107 )^-10 ]
Bond Price = $87 x [ ( 1 - ( 1.107 )^-10 ) / 0.107 ] + [ $1,000 x ( 1.107 )^-10 ]
Bond Price = $518.87 + $361.85
Bond Price = $880.72
