Answer: being designed for the environment
Explanation: When a product is
Designed for the Environment (DfE) it means taking an approach or steps to reducing the overall human health hazards and environmental impact of a product, process or service, from start to finish.
It involves taking steps to investigating the possible environmental impacts of a product and fine tuning the product design as necessary to reduce any future detrimental mpacts.
For example, if a product and it's by products contains non-renewable resources that are dangerous it can lead to a negative environmental impact.
For example,Velvo Inc., an automobile manufacturing company, takes into consideration , the designs of its products in such a way that they do not cause negative impact to the environment by making sure parts can be easily dismantled after use for recycling and the used plastic parts are sorted and recycled to make new parts. Also ensuring that components are either recycled or rebuilt, while unusable parts are incinerated to create energy thereby adhering to Designing for the Environment.
Answer:
$7,120
Explanation:
Given that,
Assets = $85,900
Liabilities = $13,500
Fair value of assets = $90,500
Fair value of its liabilities = $13,500
Amount paid to acquire all of its assets and liabilities = $84,120
Net assets:
= Fair value of assets - Fair value of its liabilities
= $90,500 - $13,500
= $77,000
Goodwill = Purchase consideration - Net assets
= $84,120 - $77,000
= $7,120
It should be noted that best answer to both the flatness and horizon problems is inflationary epoch.
The inflationary epoch van be regarded as the period in the evolution of the early universe, at this period there was an expansion.
According to inflation theory, the earth were recorded to experience great horizon problems and exponential expansion.
Therefore, inflationary epoch brings about both flatness and horizon problems
Learn more about inflationary epoch at:
brainly.com/question/11356270
Answer:
Huduko Inc.
The number of servers in this system is:
= 200.
Explanation:
a) Data and Calculations:
Utilization rate = 30%
Interarrival time of jobs = 8 milliseconds (0.008)
Coefficient of variation = 1.5
Average jobs waiting in the queue to be served = 20
Number of jobs in process = 60
Number of servers processing the 60 jobs = 60
Since the number of servers processing at a time is 60 with a utilization rate of 30%, it means that there are 200 servers in the system (60/30%).
A wholesaler would be the answer to your question.
