<h3><u>
Answer:</u></h3>
Gilberto plants a variety of trees, shrubs, and flowers in his yard. The landscaping beautifies the neighborhood. Due to this, a positive external will be generated.
<h3><u>
Explanation:</u></h3>
So basically Gilberto's planting is creating positive externality because negative externality is when the third party gets negatively affected by production or consumption. Production or Consumption of something, whether third party is directly or indirectly involved.
An example to explain this is smoking cigarettes, a person when smokes not only causes harm to his body but also other people who might not be related to him by passive smoking and also by causing air pollution. But when it comes to planting it is not possible for it to not generate any externality. In fact, it generates positive externality by contributing to the environment.
Phased retirement gives employers the benefit of keeping an experienced worker and gives older people a chance to make a continued contribution at a more relaxed pace.
<h3>What is Phased retirement ?</h3>
- A human resource's strategy called phased retirement enables full-time employees to work part-time hours while starting to receive retirement benefits.
- Employers may be able to better manage or even lower payroll costs during the transition by utilizing phased retirement.
- This plan enables the retiree to work less hours, often switching from full to part-time, and uses less payroll funds.
- It is completely optional and requires the agreement of both the employee and the hiring organization.
- An employee must have worked three years straight at a full-time job in order to be eligible to participate.
Learn more about retirement here:
brainly.com/question/14502477
#SPJ4
The next step after publishing a project schedule activities, start/end times and resources are identified is TO CONFIRM THE AVAILABILITY OF RESOURCES
Once the resources are identified the project manager should make sure that the identified resources are available
Answer:
$1,440 per machine
Explanation:
The computation of the cost per machine is shown below:
= Total cost ÷ number of machine completed
where,
Total cost = Material cost + direct labor cost + manufacturing overhead applied cost + beginning work in process cost - ending work in process cost
= $15,000 + $11,000 + $7,000 + $11,000 - $8,000
= $36,000
And, the number of machine completed is 25
So, the cost per machine is
= $36,000 ÷ 25 machines
= $1,440 per machine
