Answer:
The value of the following expression is "2".
Explanation:
Here x has value 2 means x=2,and y has value 2 means y=2.
so (x+3)/(4-y)
(2+3)/(4-2)
5/2 it gives 2 because /(slash) operator gives the quotient part .The slash operator divide the left hand operand by the right hand operand.On dividing 5/2 it returns integer value i.e 2.
When talking about a machine and describing it as “human-like” it is suggesting that it had human like characteristics for the inanimate object.
By definition, a neutral network is a set of CPUs which work in parallel in an attempt to simulate the way the human brain works, although in greatly simplified form.
A neutral network processor is a CPU that takes the modeled operation of how a human brain works on a single chip.
Neutral network processors reduce the requirements for brain-like computational processing of entire computer networks that excel in complex applications such as artificial intelligence, machine learning, or computer vision down to a multi-core chip.
In other words, astificial neutral networks are a computational model that consists of a set of units, called artificial neurons, connected to each other to transmit signals. The input information traverses the neutral network (where it undergoes various operations) producing output values. Its name and structure are inspired by the human brain, mimicking the way biological neurons signal each other.
So the goal of the neutral network is to solve problems in the same way as the human brain, although neural networks are more abstract.
In summary, a neutral network is a set of CPUs which work in parallel in an attempt to simulate the way the human brain works, although in greatly simplified form.
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Answer:
The solution code is written in Python.
- def mult2_diff(lst):
- num_list = []
-
- for x in lst:
- num_list.append(x * 2)
-
- diff = num_list[0]
- for i in range(1, len(num_list)):
- diff = diff - num_list[i]
-
- print(diff)
Explanation:
Firstly, based on the requirement stated in the question, define a function <em>mult2_diff() </em>that takes one argument, <em>lst</em>, which is a list of numbers (Line 1).
This function is expected to multiply each number in the list by two and then followed with computing the difference. To do so, let's try to attempt the first function task, multiplying numbers. Create a new list, num_list, to hold the multiplied numbers (Line 2). Use a for loop to traverse through each number in the input list, <em>lst</em>, and multiply each of them by two and add it to the <em>num_list </em>(Line 4-5).
To attempt the second function task, create another variable, <em>diff</em>, to hold the value of calculated difference between the numbers in the <em>num_list</em>. Initialize <em>diff </em>with the first number in the <em>num_list</em>. Use a another for-loop to traverse through each number in the num_list starting with second index, <em>1</em>, and calculate the difference between the <em>diff </em>and the current number extracted from the <em>num_list </em>through indexing.
At last print the output of <em>diff</em> (Line 11).
