The processor register, also referred to as the CPU register, is one of the few locations inside a computer processor where data can be stored. Among the various sorts of information that can be stored in a register are instructions and storage addresses (such as a bit sequence or individual characters). A register or set of registers may be referred to in an instruction.
<h3>What is register and explain its types?</h3>
The register is used in computer organization to recognize, store, and transfer information and instructions that are being used quickly by the CPU. There are various register types that are used for various purposes. Several of the frequently utilized registers include: DR for accumulator ( Data registers ).
<h3>What are the contents of general-purpose registers after the execution of the program?</h3>
The internal registers are divided into control and general-purpose registers. The general-purpose registers are employed in data computation and address storage. The PC (program counter), used to manage program progress, and the CCR (condition code register), used to verify conditions, are additional categories for the control register.
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Eukraryotic cells seem to appear much larger and have a nucleus as opposed to the prokaryotes who do not have one .
I got the answer A depressing
Answer:
The correct answer to the question: Tyree´s improved attention and concentration are likely due to increased myelination in the:___, would be: the gigantocellular reticular nuclei in his Reticular formation.
Explanation:
The Reticular Formation is a portion of the brain that is found in the brainstem, between the midbrain and the medulla oblongata. This cluster of neurons, which are not necessarily all part of the reticular formation, but might be located in other parts of the brain with which the reticular formation interacts with, form a sort of pathway that interconnects several parts of the brain itself and the spinal cord. The actual region is divided into three parts: the raphe-nuclei, responsible for serotonin production and mood modulation, the gigantocellular reticular nuclei, which controls motor function and coordination and the parvocellular nuclei, which regulates the process of exhalation. In Tyree, then, the specific portion in his brain, inside the reticular formation, that is experiencing particular myelination as he develops is the gigantocellular reticular nuclei.
