I assume that 'charge' refers to the build up of static electricity. Walk across a nylon carpet and touch someone, and a spark of static electricity will give both of you a shock.
No, a body that is uncharged has no net charge. This means that the total number of protons (positive charge) is balanced by the total number of electrons (negative charge) in the body, resulting in no overall charge.
Not necessarily. If a body has the same charge as a glass rod (negative), it means the body is negatively charged. The charge is determined by the excess or deficit of electrons on the body.
To determine the charge of a body using an electroscope, place the body near the electroscope's metal cap. If the electroscope's leaves repel each other, the body has the same charge as the electroscope. If the leaves collapse, the body has the opposite charge.
To measure the charge of a charged body with a Gold Leaf Electroscope, you bring the charged body close to the electroscope's metal knob. The charge on the body induces a charge in the electroscope, causing the gold leaves to diverge. By observing the extent of divergence, one can estimate the magnitude of the charge on the body.
If an electrically uncharged body is contacted by an electrically charge body then the uncharged body will gain a charge. This is because electricity flows from a higher concentration to a lower concentration and will balance out.
If the cells of the body are metaphorically compared to rechargeable electric batteries, then what you do to charge them is to eat food; they run on nutrients.
The brain is actually in charge of many parts of the body. According my research, the brain is mainly in charge of sending messages to other parts of the body via nerves.
When a silk shirt is rubbed with a human body, the silk gains electrons from the body, giving it a net negative charge. The human body will then have a net positive charge as it loses electrons to the silk shirt during the rubbing process.
develop the same charge as the charged body
The energy needed to push charge through a body is called electrical potential energy or voltage.
The smallest charge that can exist in a body is the elementary charge, which is approximately equal to 1.6 x 10^-19 coulombs. This charge is carried by fundamental particles such as protons and electrons, and is considered the smallest unit of electric charge.
NO