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mode
As they all have a frequency of 1, there is no mode [average].
If you have only one number, then its average is that number itself: mean average = sum_of_numbers ÷ number_of_numbers → mean average = the_unknown_number ÷ 1 = the_unknown_number median average = middle number when listed in order; with only one number, it is the middle number → median average = the_unknown_number mode average = most frequent number; if there is more than one number with the same frequency, they are all the mode average; unless every different number occurs the same number of times in which case there is no mode average. With only 1 number, it is the sole most frequent number → mode average = the_unknown_number
Mode is the most common number in a set of data my maths teacher describes the mean as this: "when the average person says average they mean mean."
The mode is the average of the middle two, listed least to greatest.
run, the computer is doing calculations normally (maximum power consumption)sleep, the computer is not doing calculations but maintains DRAM refresh to retain data internally (low power consumption)hibernate, the computer is not doing calculation but saved DRAM to a disk file so that DRAM refresh can also be stopped (minimal power consumption, often the computer actually turns off in this mode)
The standby mode power consumption of 50W1-30100 is right around 0.3W
power saver
I dont have the yearly cost, but the standby mode power consumption of 50W1-30100 is right around 0.3W
Hibernate is a power mode that allows the computer to save an image of the desktop to the hard drive and enter a state of reduced power consumption to save energy.
Hibernate.
That means your computer has entered a state of Hibernation to conserve battery life. Very useful if you're working on something at work or school, and you want to resume the progress at home.
The purpose is because since your using Mimo uses an increased power consumption. Pg 419 if your asking cause of ITT Tech
During stand-by mode the electric resistance is lowered either in continuous manner or as pulse , this brings consumption to 2 to 6 Watts of power.
foraging
No. It keeps the transmission from upshifting longer than normal mode, increasing RPM therefore increasing fuel consumption.
Depending on the specific computer it can be anywhere from as little as a few milliwatts to hundreds of kilowatts. There is no single value, also many modern computers change the amount of power they consume depending on what they are doing at a given time (e.g. lots of calculations in the ALU increases power consumption, entering "sleep mode" due to user inactivity reduces power consumption)