What is the purpose for the refresh button?

2 answers:

7 0

The purpose of the refresh button is to "refresh" the page to either start the page over or update the page entirely. For example, refreshing can update your email account which may show you new emails. It can also be used to start the page over in case technical difficulties are occurring. Hope this helped :)

Sonja [21]3 years ago

6 0

to refresh the page and restart what you are doing

You might be interested in

In theory, a hacker with a small but powerful directional antenna could access a wireless network from more than one mile away.

Svetradugi [14.3K]

100 miles i assume since the avarge antanna cover 5-50 miles

3 0

3 years ago

If the wrong server edition is installed, what command can be used to change to a different edition?

nekit [7.7K]

Dism because it is used to change and service programs

6 0

3 years ago

An enhancement to a computer accelerates some mode of execution by a factor of 10. The enhanced mode is used 50% of the time, me

Ann [662]

Answer:

The answer is "5.5 and 90.90%"

Explanation:

For point 1:

To calculate the speed from fast mode, its run time without enhancement should be worked out. Designers are aware of which two selves are implicated throughout the accelerated project planning: the empty ( $50 \%$ ) and the increased stages ( $50 \%$ ).

Although not enhanced, this would take almost as long ( $50 \%$ ) and for the combine to give phase; even so, the increased phase would've been 10 times longer, as well as $500 \%$ . Thus the corresponding total speed without enhancement is $=50\% + 500\% = 550\%.$

Its overall speed is:

$=\frac{\text{Accelerated runtime}}{ \text{accelerated runtime}} = \frac{550 \%}{ 100 \%}= 5.5$

For point 2:

We re-connect these figures in Amdahl's Law throughout order to identify how long it would take for both the initial implementation:

$\text{Vectorized fraction}= \frac{\text{Overall velocity}\times \text{Accelerated acceleration}-\text{Accelerated acceleration}}{\text{Overall acceleration} \times \text{Accelerated acceleration}-\text{Overall acceleration}}$