Answer:
Supervised and Unsupervised Learning:
a. Unsupervised learning
b. Supervised learning
3. Supervised learning
4. Unsupervised learning
Explanation:
The key difference between supervised machine learning and unsupervised machine learning is that with supervised machine learning there is a training dataset (labeled data) on which the algorithm is trained to predict patterns. With unsupervised machine learning on the other hand, there is no training data. So, the algorithm discovers patterns on itself without reference to another labeled data or training dataset.
Answer:
36.26%
Explanation:
Simple rate of return:
return/investment
<u>return:</u>
In this case, it will be the cost saving for the new machine: 161,000
<u>investment</u>
We will decrease the investment by the recovery from the old machine.
468,000 new machine - 24,000 salvage value of new = 444,000
<u>Then, proceed to calculate:</u>
161,000/444,000 = 0.3612 = 36.26%
Consideration:
Is important to state that this rate, do not consider the time value of money, neither the cash flow of the project.
Answer:
Addition of backlinks to your Blog
Explanation:
Addition of backlinks to your blog post is one way you can make it easy for people to organically find your previous published pages
Backlinks are links created and added to a webpage that links the website or webpage to another webpage or blog post. this links makes it easier for people navigating through a company's blog to find previously posted articles without having to search them all over again on the menu page.
Answer:
inventory value=$ 377,000.00
Explanation:
In applying the rule of the lower cost of cost or net realizable value,we compare NRV(selling price minus cost to sell) with the replacement cost(current price), where the lower of the two is then compared against the original cost of the inventory item as done in the attached.
Value of inventory=$120,000+$126,000+$90,000+$41,000=$377,000.00
An item that is recycled requires less energy than the disposal and manufacture of a new item. As a result, it can limit the waste of nonrenewable resources such as fossil fuels. More efficient use of nonrenewable resources increase their lifetime reserves, making them more comparable in logetivity to renewable resources.