Answer:
Explanation:
In the SQL database manipulation coding language, there are a variety of different available data types to use. These data types are the following.
- Numeric
- Date/Time
- Character/String
- Unicode Character/String
- Binary
- 3rd Party / Miscellaneous
Each of these data types has a wide range of subcategories (data types as well) that each handle different variables in a coding sequence. These subcategories can be all seen in the attached picture below.
Answer:
Context-sensitive language is a subset of context-free language
Explanation:
Considering the available options, the statement that is considered wrong is "Context-sensitive language is a subset of context-free language."
This is because generally every regular language can be produced through the means of context-free grammar, while context-free language can be produced through the means of context-sensitive grammar, and at the same time, context-sensitive grammars are produced through the means of Recursively innumerable.
Hence, the correct answer in this correct answer to the question is the last option *Context-sensitive language is a subset of context-free langage
Answer:
"A moving picture is an illusion that makes a still photo seem to move. The basic principal behind motion pictures is the fast transition between one picture to the next, almost creating a seamless transition. A flip-book is a good example of this. Another example would be film used for old movies. The film contains negatives of an image which when light is shined through creates a "shadow" of the image. If you quickly transition the film from one image to the next you end up a motion picture."
Explanation:
Answer:
speed = float(input("Enter the speed: "))
hours = int(input("Enter the hours: "))
distance = 0
for i in range(hours):
distance += speed * 1
print("The distance after " + str(i+1) + ". hour(s): " + str(distance))
Explanation:
*The code is in Python.
Ask the user to enter the speed and the hours
Initialize the distance as 0
Create a for loop that iterates hours times. Inside the loop, calculate the cumulative distance traveled at the end of each hour and print it (Note that the distance = speed x hour)
