Answer:
Option C - each seller supplies a negligible fraction of total supply.
Explanation:
Price is constant to the individual firm selling in a purely competitive market because each seller supplies a negligible fraction of total supply.
Answer:
The correct answer is B
Explanation:
Collaborative Problem Solving is the tool or a technique which is used for solving the problems and it makes the explicit respond.
The initiator is the person who initiates the response in the problem in order to solve the problems.
So, the vital as well as primary thing for the initiator is to avoid making the evaluative or measured conclusions as well as attribute the motives or purpose to the respondent, whose query it is.
Answer:
Explanation:
Rightly ignored a sunk cost since he cannot recover the money back and it really does not have any effect on the decision in the future
Answer: Supply curve - Increases rightwards
Market Price - Falls
Economic Profit - Decreases
Explanation: Perfect Competition market structure is with large number of buyers & sellers , homogeneous products & uniform prices , perfect information and free entry and exit.
'Free Entry and Exit' implies - no firm earns super normal (economic) profits or abnormal losses in long run. When firms are earning economic profits in short run, new firms enter (because of free entry) & the industry supply increase reducing price , which further reduces the super normal profits to normal profits in long run. Similarly - Abnormal losses make firms exit (freely), reduce supply & increase price , hence reducing abnormal losses & resuming normal profits.
Answer:
240= 3Qc + 3Qd
Explanation:
The computation of the Daniel's budget constraint is shown below;
Given that
Daniel's income= $240
Price of cake (Pc) =$3
Price of donuts (Pd) =$3
So spending on cake = 3Qc
And,
Spending on donut= 3Qd
Finally
Total spending = 3Qc + 3Qd
Now the equation of budget constraint is
Income= (quantity of cake)(price of cake) + ( quantity of donut)(price of donut)
So,
Income= Qc Pc+ Qd Pd
240= 3Qc + 3Qd
