<span>Hi...
There are three answers .....
If the flash drive has a custom icon then there is hidden files on the flash drive.
An autorun.inf file and a small .ico image file .....
( Click organize > Folder and search options >View>Show hidden folders and files. )
If the flash drive displays a windows created icon the source directory's are..
%SystemRoot%\system32\SHELL32.dll
%SystemRoot%\system32\imageres.dll
If the Flash drive has a custom icon stored on the computer the "original source file " could be any ware.
The image preference retained in AppData..
Select flash drive >Right click>Properties>Customize , i take a good ICT course, can u make this the brainliest?</span>
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C. The net charge does not change. The charge remains neutral and thus,
polarization takes effect. Polarization simply means electrons and protons are separated into opposites. To best explain this, we can use a rubber balloon that has been rubbed against animal fur. Assume is has been negatively charged, bring it close to the object and make sure that these two do not touch. Electrons within the object will experience a repulsive force.
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Since repulsion will be greatest for those
electrons nearest the balloon, many of them will be induced into moving away
from the rubber balloon. By default, electrons are free to move from atom to
atom and thus there will be a mass migration of balloons side of the object to
the opposite side of the object. <span>This will leave more atoms on the rubber
balloon’s side of the object with a shortage of electrons and will be
positively charged and vice versa. </span>Overall, the object will become
electrically neutral.
Yes, horizontal rows are periods. “All of the elements in a
period have a similar number of atomic orbitals. Each element in the top row
(the principal time frame) has one orbital for its electrons. The greater part
of the components in the second column (the second time frame) has two orbitals
for their electrons. It goes down the occasional table that way. As of now, the
most extreme number of electron orbitals or electron shells for any element is
seven."<span>
<span>The vertical columns are groups. "The elements in a
group have the same number of electrons in their outer orbital [and thus the
same charge]. Every element in the first column (bunch one) has one electron in
its external shell. Each element on the second segment (assemble two) has two
electrons in the external shell. As you continue tallying the segments, you'll
know what numbers of electrons are in the external shell.</span></span>
Answer:make sure it line up with tour essay
Explanation:
