A computer network is best described as two or more computers that are linked together.
To accomplish this without using a loop,
we can use math on a string.
Example:
print("apple" * 8)
Output:
appleappleappleappleappleappleappleapple
In this example,
the multiplication by 8 actually creates 8 copies of the string.
So that's the type of logic we want to apply to our problem.
<span>def powersOfTwo(number):
if number >= 0:
return print("*" * 2**number)
else:
<span>return
Hmm I can't make indentations in this box,
so it's doesn't format correctly.
Hopefully you get the idea though.
We're taking the string containing an asterisk and copying it 2^(number) times.
Beyond that you will need to call the function below.
Test it with some different values.
powersOfTwo(4) should print 2^4 asterisks: ****************</span></span>
Answer:
Logical Network Diagrams.
Explanation:
Network Diagrams is the visual diagram that represents the networking of telecommunications and computer. <u>There are two types of network diagrams- Physical and Logical.</u>
Logical Network Diagram represents the information that flows through a network. The diagrams shown in the logical network diagram are routers and firewalls, VLAN Ids, IP address, traffic flow, etc. Logical Network Diagram is helpful in troubleshooting.
<u>Logical Network Diagram helps in determining whether a network has VLAN for public assessing or not</u>.
So, the correct answer is the Logical Network Diagram.
The answer is C Explanation: process of elimination
Answer:
The 3 band resistor does not specify the tolerance.
Ususally this means the tolerance is 20%, which is not great.
Explanation:
The last band is typically the tolerance band, i.e., the lower the tolerance the more accurate the value as indicated by the other bands. In case of a 3 band code, there is no tolerance specified and you have to assume the default of 20%.
