Power Dissipation Power Dissipation per Core when Active per Core when Idle Expe

Question

Power Dissipation Power Dissipation
per Core when Active per Core when Idle Expended Energy
(Watts) (Watts) (Joule)

P1 40W 4W
P2 8W 2W
P3 1W 0.1W
Table 2:

Table 2 describes the estimated average power dissipation of each individual core on each of the three processors. It distinguishes between two case: when the core is active executing some instructions and when it is idle (i.e. the core is on but it is not executing any application). Recall that power is the rate at which energy is transferred by an electric circuit (an that Watt = Joule/sec ). Assume that all three processors are kept on for a period T of two minutes during which they do not execute any other application but application A with data set D (e.g., notice that processor P1 needs just 40 seconds to complete this fixed task.)
What is the total amount of energy expended by each processor during period T ? (After showing you reasoning,
make sure to report the answers to this question in the last column of Table 2.

Explanation / Answer

Your power processor isn't capable on handling a 30-degree Elite RAM. It will damage your memory RAM including your three processors. Elite Processors are for 250gb. Yours are 125gb. It is twice the size of your RAM-Disk compatibility.

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