Nathanial’s company can apply for a Utility Patents patent for the new machine.
<u>Explanation:</u>
Any intellectual property can be protected by the use of a patent. Filing for legal protection is the major requirement for acquiring a patent. Patent are useful for the protection of any new process, machine or anything that is created physically. Utility patent, plant patent, provisional patent and design patent are the different types of patents that exists in US.
When a new product,machine or process is created or remodeled then Utility Patent helps to protect them. "patent for Invention" is the other name given for Utility patent. It protects your inventions from being sold or used by other industries or enterprises without your authorization.
Answer:
Modular product design
Explanation:
Modular product design is a term used to describes a method or strategy of developing a product, by breaking the product's development into separate parts often referred to as modules, specifically according to their functions and operations such that these modules can be developed separately.
Hence, in this case, to develop a product that can easily be configured in a wide variety of ways. The design approach would be best be Modular product design
Answer:
B. -21.85%.
Explanation:
Calculation for the annual return on the stock
First step is to calculate the Number of periods
Number of periods = 2 * 365 days in a year
Number of periods= 730
Second Step is to calculate the Daily return using this formula
Daily return = (Future value / initial value)^1/n - 1
Let plug in the formula
Daily return = (26.85 / 41.57)^1/730 - 1
Daily return = (0.645898)^1/730 - 1
Daily return = 0.999401 - 1
Daily return = -0.00059861*100
Daily return = -0.059861%
Last step is to calculate annual return
Using this formula
Annual return=Daily return/ Numbers of days in a year
Annual return = -0.059861% * 365
Annual return = -21.85%
Therefore the annual return on the stock if returns are compounded daily will be 21.85%
If marginal cost <em>exceeds </em>average variable cost but is less than average total cost, then as <em>output increases</em> average total cost
The Average Variable Cost:
<h3>What is Marginal Cost?</h3>
This refers to the total production cost change which is associated with the production of one unit of utility.
With this in mind, we can see that if the marginal cost <em>exceeds </em>average variable cost but is less than average total cost, then as <em>output increases</em> average total cost would decrease and the average variable cost would increase.
Read more about marginal cost here:
brainly.com/question/11689872
Try adding the first two numbers together then divide
