Answer:
23.68%
Explanation:
The computation of the cost of not taking a cash discount is shown below:-
Cost of not taking a cash discount = [Discount percentage ÷ (100% - Disc.%)] × (360 ÷ (Final due date - Discount period))
= (2% ÷ 98%) × (360 ÷ (50 - 19))
= 2.04% × 11.61
= 23.68%
Therefore for computing the cost of not taking a cash discount we simply applied the above formula.
Barney appears to be very impressed by the candidate's non-verbal communication skills.
Answer:
B) people face trade offs
Explanation:
Resources are scarce, and that applies to every person and every organization in the world. Even the richest person or richest organization has a certain finite amount of money, time and other resources. For example, if we decide to work 12 hours a day, we will make more money, but we will also have less time o do other activities that we like.
In this case, Billie Jean only has $120 and she wants to buy both products, but she can only buy one. Whatever product she decides to buy will leave her with $0, so if she wants to purchase the other product she will need to find a job and earn some money, or if she already has a job, she will need to work more hours.
Here are some of the reasons why the Mongols were so successful as conquerors:
1 they had Genghis Khan - he was a military genius who managed to train his army well and lead them into many battles
2 they were numerous - there were over 10,000 people in the Mongolian army
3 their military strategists were quite crafty - they relied on setting traps and tricking their enemies
4 they used cruelty and fear - everyone was afraid of the Mongols and what they would do to them if they caught them
Answer:
$90
Explanation:
The formula and the computation of the contribution margin per unit are presented below:
Contribution margin per unit = Selling price per unit - variable cost per unit
= $150 - $60
= $90
If we deduct the variable cost per unit from the selling price per unit, then the contribution margin per unit can arrive
We only considered the selling price and the variable cost per unit
