Central Processing Unit (CPU.). Is the brain or the heart of a computer. Is also known as Microprocessor and Consist of three (3) Units:
A): Control Unit (CU)
B): Arithmetic Logic Unit ( ALU)
C): Main Memory Unit ( MMU)
Therefore, Your Answer ====> Microprocessor, or The System Unit contains the Central Processing Unit (CPU.).
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The correct answer to this open question is the following.
You forgot to include the options for this question. However, we can answer this.
The process that describes how missionary activities changed the geographies of universalizing religions outside of their founding hearths was Expansion Diffusion.
This is the process that happens when a major nation introduces and expands its culture, tradition, customs, or religious beliefs into other nations. It could be through conquering and colonizing as was the case of the Spanish crown which sent its religious congregations such as the Franciscans to evangelize the Native Indians into the Catholic religion.
Solution. To check whether the vectors are linearly independent, we must answer the following question: if a linear combination of the vectors is the zero vector, is it necessarily true that all the coefficients are zeros?
Suppose that
x 1 ⃗v 1 + x 2 ⃗v 2 + x 3 ( ⃗v 1 + ⃗v 2 + ⃗v 3 ) = ⃗0
(a linear combination of the vectors is the zero vector). Is it necessarily true that x1 =x2 =x3 =0?
We have
x1⃗v1 + x2⃗v2 + x3(⃗v1 + ⃗v2 + ⃗v3) = x1⃗v1 + x2⃗v2 + x3⃗v1 + x3⃗v2 + x3⃗v3
=(x1 + x3)⃗v1 + (x2 + x3)⃗v2 + x3⃗v3 = ⃗0.
Since ⃗v1, ⃗v2, and ⃗v3 are linearly independent, we must have the coeffi-
cients of the linear combination equal to 0, that is, we must have
x1 + x3 = 0 x2 + x3 = 0 ,
x3 = 0
from which it follows that we must have x1 = x2 = x3 = 0. Hence the
vectors ⃗v1, ⃗v2, and ⃗v1 + ⃗v2 + ⃗v3 are linearly independent.
Answer. The vectors ⃗v1, ⃗v2, and ⃗v1 + ⃗v2 + ⃗v3 are linearly independent.
A. Dual enrollement courses allow the student to earn both high school and college credit
