Please answer today! If you answer any rubbish and waste my points, you will be reported!! Thank you. 1.) Give 3 ways how to increase shock (static electricity).
2.) Give 3 ways how to decrease shock (static electricity).

Whenever objects hit each other, electrons can be passed to or received from the surface of another object. The number of electrons being transferred is based on the type of triboelectric material.  But, with plastic bottles or trays bumping into each other on conveyor belts, static is being generated.

Detachment – when one material is being separated from another material by peeling, electrons may not able to return back to the original molecule. Adhesive tape and protective films are prevalent in generating static charges by detachment because of the larger surface areas.  As an example; when the backing material is being removed from labels, the static will cause the labels to be misaligned.

Frictional – This is one of the most common reasons for generating large static forces. It is caused by two non-conductive surfaces being rubbed together.  The amount of force being applied to the material as it slides back and forth will create higher static charges.   It is definitely noticed when you rub a balloon on your hair.  The more times that you rub the balloon against your hair, the stronger the static forces, allowing the balloon to “stick” to the wall.  It is also noticed as sheets of material are stacked or running over rollers.                                                                      

decrease: Install a Humidifier. The most effective way to minimize static electricity in the home is to install a humidifier.

Treat Your Rugs and Carpeting. A static charge in your rugs and carpeting can cause a shock when you walk across them.

Use Products on Clothing.

Explanation:

this is true, assuming that the allele is completely recessive and incomplete dominance is not a factor.

the solute can move "downhill," from regions of higher to lower concentration, relying on the specificity of the protein carrier to pass through the membrane. this process is called passive transport or facilitated diffusion, and does not require energy.