By learning how to follow, one can be a good leader because: Looking up to a leader and following them help to:
- Keep one's ego in check and one can be able to be a good ego manager.
- They create strong credibility.
- They help use to focus our efforts for maximum impact.
<h3>How does being a good follower make you a good leader?</h3>
As a good follower, a person can be able to have the boldness and confidence to be able to respectfully talk about a lot of things with their leader if you see that you're not going in the right way.
Note that one can trust your leader and this will boast up the spirit of your input and engagement in all.
Hence, By learning how to follow, one can be a good leader because: Looking up to a leader and following them help to:
- Keep one's ego in check and one can be able to be a good ego manager.
- They create strong credibility.
- They help use to focus our efforts for maximum impact.
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Functional requirements <span>are used in input, processing, and output operations that can help create more efficient programs as the data can be processed many times without having to be input again.
</span>The functional requirements define function/s of a system or its component. It <span>describes what a software system should do.</span>
Answer:
event based and time based
Explanation:
OTP tokens come in two types: event-based (HOTP) and time-based (TOTP). Event-based OTP tokens generate new codes at the press of the button and the code is valid until it is used by the application. Time-based OTP tokens generate codes that are valid only for a certain amount of time (eg, 30 or 60 seconds), after which a new code must be generated
Answer:
import random
a = random.randint(1,10)
b = random.randint(1,10)
answer = a * b
print (str(a) + " X " + str(b) + " = " + str(answer))
Explanation:
Happy to help you mate
Answer:
code = 010100000001101000101
Explanation:
Steps:
The inequality yields 
, where M = 16. Therefore,
The second step will be to arrange the data bits and check the bits. This will be as follows:
Bit position number Check bits Data Bits
21 10101
20 10100
The bits are checked up to bit position 1
Thus, the code is 010100000001101000101
