The view that perpetual processes can be thought of in terms of a software/hardware metaphor is known as the: information processing view.
<h3>What is the Information Processing View?</h3>
Information processing view is explained by the cognitive theory to explain how the brain encodes information and how information are filtered from what we pay attention to in a particular moment. This also determines what is stored in the short-term or in our long-term memory.
Therefore, the view that perpetual processes can be thought of in terms of a software/hardware metaphor is known as the: information processing view.
Learn more about the information processing view on:
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Answer:
Explanation:
If it has not changed since the last time that i used codehs then the code should be the following
penup()
forward(-100)
right(90)
pendown()
def beaded_bracelet():
circle(10)
penup()
forward(20)
left(10)
pendown()
for i in range(36):
beaded_bracelet()
Which should complete the entire function as intended.
Answer: Nah
Explanation: it kinda sucks and is a waste of time, play better games lol
Answer:
cubeVolume = IMath.toThePowerOf(cubeSide, 3);
Explanation:
Following is the explanation for above statement:
Left side:
cubeVolume is a variable with data-type int, it will store the integer value that is the output from right side.
Right side:
- IMath is the class name.
- toThePowerOf is the built-in function that takes two arguments of data type int. First is the base and second is the power(exponent) separated by comma. In place of first argument that is the base variable we will pass the variable cubeSide that has been declared and initialize.
- Now the output will be stored in the variable cubeVolume.
i hope it will help you!