Answer:
The answer is temporal redundancy
Explanation:
Computer Definition. Pixels in two video frames that have the same values in the same location. Exploiting temporal redundancy is one of the primary techniques in video compression (see interframe coding). Contrast with spatial redundancy.
C. The light bulb
Light is not a part of the flashlight and everything is working together to output light from the bulb
Answer:
size = int(input("How many names will be there? "))
names = []
for _ in range(0, size):
name = input("Enter a name: ")
names.append(name)
names.sort()
print(names[0] + " " + names[-1])
Explanation:
* The code is in Python
- Ask the user for the number of the name
- Initialize an empty list that will hold the name entered
- Inside the for loop, get the names and put them in the names array
- When all the names are entered, sort them and print the first and last of the name
<h2>Answer:</h2>
Reduzca la cantidad de viajes que realiza en su automóvil. Reduzca o elimine el uso de chimeneas y estufas de leña. Evite quemar hojas, basura y otros materiales. Evite el uso de equipos de jardín y césped que funcionen con gas.
<h3>#CarryOnLearning</h3>
Answer:
Explanation:
Usually, applications would have the capability of using either one of these options. But for the sake of the question here are some that usually prefer one method over the other.
Any program that targets an API usually uses Sequential access. This is because API's contain all of the data as objects. Therefore, you need to access that object and sequentially navigate that object to the desired information in order to access the data required.
A music application would have access to an entire folder of music. If the user chooses to set the application to randomly play music from that folder, then the application will use a Random Access method to randomly choose the music file to load every time that a song finishes.
