Answer:
The correct answer is letter "C": a fall in the price of tennis balls.
Explanation:
The demand law explains the relationship between the price of a product and its quantity demanded. As the price increases, the quantity demanded decreases moving the demand curve to the left. As price decreases, the quantity demanded decreases, moving the demand curve to the right.
Therefore, <em>if the demand curve for tennis balls moves to the right, the price has fallen increasing the quantity demanded.</em>
When adjusting the price of an established product, Jackie should have knowledge of the pricing considerations and strategies
<h3>What are the different types of pricing strategies?</h3>
There are 4 types of pricing strategies as follows :
- Premium pricing strategy
- Skimming pricing strategy
- Value pricing strategy
- Penetration pricing strategy.
In the aforesaid scenario, Jackie will employ a value pricing approach, in which he will reduce the product's cost in order to attract buyers, hence increasing the product's perceived worth.
Thus,
Pricing strategies information should be considered before introducing any changes in the price of the product.
Learn more about Pricing:
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Answer:
b. stockout costs
Explanation:
Stockout cost is the cost in which the income is lost or the expenses that are attached to the inventory shortage
It can be occurred in two ways
1. Sales-related: In the case when the customer wants to order a product but at that time the stock is not available so here the company lost the gross margin
2. Inside process-related: This would arised when the company required inventory for running a production but at that time the inventory is not available so the company could incurred extra cost to purchase the inventory
So by above there is an interruption of a service
Therefore the option b is correct
Answer:
speed of cart and bag is 2.035 m/s
Explanation:
given data
mass m1 = 8.6 kg
mass m2 = 17.6 kg
speed u1 = 6.2 m/s
to find out
What is the final speed of the cart and bag
solution
we will use here conservation law of momentum that is express here as
m1u1 + m2u2 = ( m1+ m2) V .........................1
here u1 is initial speed and u2 is final spped when at rest i.e 0 and m1 and m2 is mass and V is speed of cart and bag
put here value we get
8.6 × 6.2 + 17.6 × 0 = ( 8.6+ 17.6 ) V
solve it we get V
V = 2.035 m/s
