C , calling a potential customer to inform them about a new program
When a tax distorts incentives to buyers and sellers so that fewer goods are produced and sold, the tax has caused a deadweight loss.
<h3>What is meant by deadweight loss?</h3>
- The gap between the production and consumption of any given good or service, including taxes, is referred to as deadweight loss in economics. Deadweight loss is most frequently detected when the quantity generated compared to the quantity consumed deviates from the ideal surplus concentration.
- Overproduction of commodities results in a loss of money. For instance, a baker might only sell 80 of the 100 loaves of bread they produce. There will be a deadweight loss since the 20 remaining loaves will become moldy and dry, and they will need to be thrown away.
- The loss in economic activity that results when the market pricing of products or services change negatively affects consumers and businesses is referred to as deadweight loss.
- You need to know the change in price and the change in quantity demanded in order to compute deadweight loss. Deadweight Loss is calculated using the following formula:. 5 * (P2 - P1) * (Q1 - Q2).
When a tax distorts incentives to buyers and sellers so that fewer goods are produced and sold, the tax has caused a deadweight loss.
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Answer:
Less control
Explanation:
Two of the problems that a product consumer will encounter with more channel rates are less power and more difficulty in the system.
- Clearly, increasing the sophistication of human control systems would be more appropriate if they had greater control of their surroundings, as this would render life and reproduction simpler for them.
Therefore, evolution by natural selection will tend to increase regulation, and thus internal variability.
Answer:
Punching machine
Explanation:
The computation is shown below:
Punching actual output = Both punching and the binding output + punching output
= 8,000 + 5,000
= 13,000 pages per hour
But the punching machine process to 15,000 pages per hour
Now the utilization rate of punching is
= 13,000 ÷ 15,000
= 0.867 pages per hour
Now for binding
The actual output is 8,000 pages per hour
Binder processing to 10,000 pages per hour
So, the utilization rate is
= 8,000 ÷ 10,000
= 0.8 pages per hour
As we can see that the utilization rate of punching is higher that results the bottleneck
I think the answer is b. Sorry if it isn't it is just a guess.
