you said to use images and words so here you go your teacher should be impressed
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Answer:
The optimal order quantity is 316 pounds
Explanation:
In order to calculate What daily order quantity is optimal, we have to calculate first The cost of underestimating the demand Cu and cost of overestimating demand Co
Cu = ($0.60 - $0.50)*4 = $0.40
Co = $1 - $0.80 = $0.20
Next we have to calculate the Service Level = Cu / (Cu + Co)
= 0.40 / (0.40 + 0.20)
= 0.40/0.60
= 0.6667
So, Z Value at above service level = 0.430727
Therefore, in order to calculate the Optimal Order quantity, we would have to use the following formula
Optimal Order quantity= Mean + Z Value × Std Deviation
= 301 + 37 * 0.430727
= 301 + 15.36899
= 316 pounds
Answer:
$12,000
Explanation:
The manufacturing company has a direct materials cost of $6
The company manufactures 2,000 unit
Therefore total direct material cost can be calculated as follows
= 2,000×6
= $12,000
Hence the total direct material cost of $12,000
Answer:
Expectancy theory
Explanation:
Expectancy theory states that when an individual is faced with different choices they will be motivated in a certain way in choosing a particular option based on what they expect to be the result of the choice.
So behaviour is affected by perceived result or consequence of a particular choice.
In the given scenario Joyce works hard and puts in many extra hours, and getting a promotion is most important to Joyce.
So because of her expectations that manager must recognise that:
(1) she is putting in hard work and long hours to obtain a promotion,
(2) what motivates Joyce will change over time (if she does not get the promotion), and
(3) he must clearly show Joyce how to attain the desirable reward.
Answer:
If the demand curve for a life-saving medicine is perfectly inelastic, then a reduction in supply will cause the equilibrium price to <u>rise and the equilibrium quantity to stay the same</u>.
Explanation:
Perfectly inelastic demand curve indicates the quantity demanded for the life-saving medicine remains the same or does not change in response to a change in price.
Since a part of the law of supply states that the lower the quantity supplied, the higher the price; a reduction in the supply of the life-saving medicine will increase its price.
The combining effect of the two above will lead to an increase in the equilibrium price while the equilibrium quantity will remain the same as it will not respond to the change in price.
The attached graph explains this more clearly. In the graph, the demand curve DD is used to represent the perfectly inelastic demand curve for the life-saving medicine. Therefore, the quantity remains at q no matter the changes, either increase or decrease, in price. Movement from the supply curve S1 to S2 indicates a reduction in supply of the life-saving medicine which causes an increase in the equilibrium price from Po to P1 while the equilibrium quantity stays at q.
This therefore shows that if the demand curve for a life-saving medicine is perfectly inelastic, then a reduction in supply will cause the equilibrium price to <u>rise and the equilibrium quantity to stay the same</u>.