What do you need help with?
The following cools the air in a household refrigerator: Absorption of the heat from the air due to evaporation of the liquid refrigerant . Correct answer:B
The function of the refrigerator is to absorb heat into the refrigeration system. The evaporator is placed in the area to be cooled. The refrigerant vaporizes from the heat it absorbs heat in the evaporator.
Since you are using a spreadsheet to organize a list of upcoming home repairs. The spreadsheet tool that can you use to create a drop-down list of priorities for each cell in column b is Data validation.
<h3>What is the purpose of data validation?</h3>
The use of rows and columns of data, a spreadsheet is a type of computer program that can store, display, and manipulate data. One of the most used tools that can be used with personal computers is a spreadsheet. A spreadsheet is typically made to store numerical data and brief text passages.
Therefore, in the context of the above, before using data for a business operation, it is best to validate it to ensure its accuracy, integrity, and structure. The output of a data validation operation can be used to generate data for business intelligence, data analytics, or training a machine learning model.
Learn more about spreadsheet from
brainly.com/question/4965119
#SPJ1
Answer:
a) the Statement is Invalid
b) the Statement is Invalid
Explanation:
a)
lets Consider, s: student of my class
A(x): Getting an A
Let b: john
I have a student in my class who is getting ab A: Зs, A(s)
John need not be the student i.e b ≠ s could be true
Hence ¬A(b) could be true and the given statement is invalid
b)
Lets Consider G: girl scout
C: selling 50 boxes of cookies
P: getting prize
s: Suzy
Now every girl scout who sells at least 50 boxes of cookies will get a prize: ∀x ∈ G, C(x) -> P(x)
Suzy, a girl scout, got a prize: s ∈ G, P(s)
since P(s) is true, C(s) need not be true
Main Reason: false → true is also true
Therefore the Statement is Invalid
Answer:
In the first law, an object will not change its motion unless a force acts on it. In the second law, the force on an object is equal to its mass times its acceleration. In the third law, when two objects interact, they apply forces to each other of equal magnitude and opposite direction.
Explanation: