Answer:
Based on the information supply of cards is more elastic (price sensitive) than that of roses
Explanation:
Price elasticity of supply is defined as the sensitivity of quantity supplied to changes in price.
The formula is given below
Price elasticity of supply= Change in quantity supplied ÷ Change in price
In this scenario the demand for both roses and cards increases, however the price of roses increases more.
This implies that the denominator in the formula is higher in roses resulting in smaller price elasticity of supply.
The elasticity of supply for cards is higher than that of roses, so it is more sensitive to changes in price.
Cards can be stored from year to year so the labour for maintaining a stock of cards is low with resultant low price.
On the other hand roses require care to grow. It requires watering, application of chemicals to treat infestation and so on. So suppliers tend to push the extra cost of growing roses to the buyers
Statistical Quality Control<span> is the process managers use to continually monitor all phases of the production process to ensure that quality is being built into the product from the beginning and that quality is not being inspected into the product at the end of the production process.
All products go through a quality control procedure to make sure their products meet industry and company standards. Organizations do this to ensure they are putting out the smallest amount of defects as possible when creating items to sell to wholesalers or consumers. </span>
Answer:
The answer is General Forge and Foundry Company selling and replacing its inventory 2.55 times per year on average.
Explanation:
We have:
The company cost of good sold = Sales x 65% = 100,000 x 65% = $65,000
The company inventory = Total current asset - Cash - Account Receivable = 85,000 - 38,250 - 21,250 = $25,500
=> Inventory turn over ratio = Cost of good sold / Inventory = 65,000/25,500 = 2.55 times or the company is selling and replacing its inventory 2.55 times per year.
So, the answer is 2.55 times.
The three part process for problem solving are:
1. Analyse the problem: take the problem into parts and consider what could be done and what could not be done.
2. Solve for the unknown: decide on a suitable solution based on the results of the analysis that you carried out.
3. Evaluate the answer: Evaluate your solution to see if it the very best you can come up with.
Prt i=prt
p=$6000 i=6000x8%x3yr
r=8% i=1440x2=2880
t=3yr
