Answer:
b. template<classT>.
Explanation:
Template functions are that can work with generic types. Template lets us to create a function so that more than 1 type or class can adapt the functionality of that function.
We can write the template function as following:-
template<class typename>.
It matches to the option b.
Answer:
The Function is given as
=IF(AND(E8="No",G8>10),"Need to remodel","No Change")
Explanation:
The syntax of the IF condition in excel is given as
IF(Test,If true,If false)
So here the test is an and component such that the house has to be unoccupied which is indicated as E8 because the E column contain the occupancy of the apartments, and the G8 is the last remodeling time, so the test statement is the AND operation of the conditions as
E8="No" indicating that house is unoccupied
G8>10 indicating that the last remodelling was more that 10 years ago
So the test is given as
AND(E8="No",G8>10)
Now the statement if the test true is the recommendation for to remodel, so
"Need to remodel"
Now the statement if the test is false is given as
"No Change"
So the overall function becomes
=IF(AND(E8="No",G8>10),"Need to remodel","No Change")
Answer:
"Case-Based Reasoning" is the answer for the above question.
Explanation:
- Case-Based Reasoning is a process of decision-making theory in which the new problems were solved based on the previously solved problem.
- It is used in artificial intelligence and robots. This helps to make any AI and robots to do the work and take decisions on its own.
- The theory is used to make any computer that behaves like humans. It can take decisions like a human.
- The above question asked about the method by which the new problem is solved on behalf of the old problem. Hence the answer is "Case-Based Reasoning".
Explanation:
The output of this program is 5 7, because the first time bruce is printed, his value is 5, and the second time, his value is 7. The comma at the end of the first print statement suppresses the newline after the output, which is why both outputs appear on the same line.
Here is what multiple assignment looks like in a state diagram:

With multiple assignment it is especially important to distinguish between an assignment operation and a statement of equality. Because Python uses the equal sign (=) for assignment, it is tempting to interpret a statement like a = b as a statement of equality. It is not!
First, equality is symmetric and assignment is not. For example, in mathematics, if a = 7 then 7 = a. But in Python, the statement a = 7 is legal and 7 = a is not.
Furthermore, in mathematics, a statement of equality is always true. If a = b now, then a will always equal b. In Python, an assignment statement can make two variables equal, but they don’t have to stay that way:
a = 5
