Answer:
B) liable to Niki under the doctrine of promissory estoppel.
Explanation:
In contract law, promissory estoppel refers to a theory that when you make a reasonable promise but later you decide to back down, the other party may sue you in order to force you to fulfill your promise.
This theory has been upheld by the Supreme Court in Cohen v. Cowles Media Co. 501 US 663 (1991). So a reasonable promise will have the same binding effect as a contract.
Answer:
C) 14 cups of water
Explanation:
Athletes should consume between 2 to 3 cups of water or other fluids (like Gatorade) for every pound lost in order to prevent dehydration.
If Lino losses 5 pounds during practice, he should drink between 10 to 15 cups of water. Option C, with 14 cups of water is the only option that falls in that range.
Answer: Performing stage.
Explanation:
When efficiency of work is very high it means that the members of a group are in the performing stage.
The performing stage is a stage of group development where the group members have highly understood each other, the work done in the performing stage is efficient and focused on the goals earlier set by group members.
Explanation:
TBL theory posits that instead of one bottom line, there should be three: profit, people and the planet. A TBL seeks to gauge a corporation's level of commitment to corporate social responsibility and it's impact on the environment over time.
Being a socially responsible company can bolster a company's image and build its brand. Social responsibility empowers employees to leverage the corporate resources at their disposal to do good. Formal corporate social responsibility programs can boost employee morale and lead to greater productivity in the workforce.
Answer:
D. $7.30 per machine hour
Explanation:
The computation of Overhead Per Machine Hour is shown below:-
Overhead Per Machine Hour = Fixed Cost + Variable Overhead Cost ÷ Number of hours
= ($100,700 + (19,000 × $2)) ÷ 19,000
= ($100,700 + $38,000) ÷ 19,000
= $138,700 ÷ 19,000
= $7.30 per machine hour
So, for computing the Overhead Per Machine Hour we simply applied the above formula.
