The 30 min operation is 20
the 1 hr operation is 10
and the 2 hr operation is 5
Answer:
The company should accept the idea because profit will increase by $24,000.
Explanation:
A company is currently selling 10,000 units of product monthly for $40 per unit.
The unit contribution margin is $27.
The company believes that spending $50,000 per month on advertising will allow them to increase the selling price to $45 and that sales will increase by 750 units per month.
The unit contribution margin is the difference between selling price and variable cost per unit.
An increase in the selling price of $5 will cause the contribution margin to increase by $5, from $27 to $32.
Profits is the product of contribution margin and number of output.
At initial price, the profit was
= 
= $270,000
At the new price the profit will be
= 
- $50,000
= $344,000 - $50,000
= $294,000
The increase in profit
= $294,000 - $270,000
= $24,000
Answer:
A. Advertising.
Explanation:
Advertising is an elements of the marketing communications mix refers to any paid form of nonpersonal presentation and promotion of ideas, goods, or services by an identified sponsor via print, broadcast, network, electronic, and display media.
In other words, it is a means of promoting products or services of the sponsors.
Advertising is also a means of increasing the sales or consumption of goods and services by the sponsors through the product image, otherwise termed as "brand" with specific characteristics in the minds of the consumers.
Advertising can be done through the following means:
1. Newspaper
2. Radio
3. Television
4. Outdoor and Transit
5. Direct mails
6. Online.
7. Magazine
Answer:
$225,000
Explanation:
The cash flow statement is divided into three categories investing, operating and financing. The investing activity refers to those activities which deal in buying and selling for long term asset in cash. The buying is cash outflow while the selling is a cash inflow. So the amount reported under the investing activity is $225,000 as cash inflow.
Answer:
the answer is 6
Explanation:
In this case we would need to have a combination of each plant with each customer. So the variable would be in this way (3C X 2P)
Customer1 Customer2 Customer3
Plant1 P1C1 P1C2 P1C3
Plant2 P2C1 P2C2 P2C3
Once you have this you can calculate the best combination to minimize the cost of shipping
