A charged ruler attracts small pieces of paper due to the electrical force between the charges. The ruler becomes charged when electrons are transferred to or from it, creating an electric field around it that exerts a force on the neutral pieces of paper, causing them to be attracted to the ruler.
Yes, when a plastic ruler is rubbed with oily hair, it can become statically charged. This static charge may attract lightweight objects like pieces of paper due to the electrostatic force between the ruler and the paper.
A charged up ruler will typically attract water. The charge on the ruler can induce a temporary polarization in the water molecules, causing them to be attracted to the ruler.
On a humid day, the air is more saturated with moisture, making it harder for objects to build up an electrostatic charge, as the moisture helps to dissipate the charge. When a plastic ruler is rubbed with cloth, it gains a negative static charge that allows it to attract small pieces of paper that are neutrally charged. The moisture in the air reduces the effectiveness of the ruler’s static charge, making it more difficult to pick up the paper.
When a plastic ruler is rubbed with cloth, it becomes charged with static electricity. This static charge attracts small pieces of paper due to the phenomenon of electrostatic attraction. On a humid day, the moisture in the air can dissipate the static charge more quickly, making it harder for the ruler to pick up the paper.
A ruler may attract your hair due to static electricity. When you rub a ruler against your hair, electrons transfer from one surface to the other, causing one to become positively charged and the other negatively charged. This attraction leads to your hair sticking to the ruler.
when you rub the plastic ruler on e.g. a yellow duster it takes the electrons (which is the negative charge) from the yellow duster and the plastic ruler becomes negatively charged. The paper has both protons and electrons the protons are positively charged. and very much like a magnet the negative is attracted to the positive hence the paper sticks to the ruler Hastings Tarrant
Yes, when a plastic ruler is rubbed with oily hair, it can become statically charged. This static charge may attract lightweight objects like pieces of paper due to the electrostatic force between the ruler and the paper.
A charged up ruler will typically attract water. The charge on the ruler can induce a temporary polarization in the water molecules, causing them to be attracted to the ruler.
On a humid day, the air is more saturated with moisture, making it harder for objects to build up an electrostatic charge, as the moisture helps to dissipate the charge. When a plastic ruler is rubbed with cloth, it gains a negative static charge that allows it to attract small pieces of paper that are neutrally charged. The moisture in the air reduces the effectiveness of the ruler’s static charge, making it more difficult to pick up the paper.
When a plastic ruler is rubbed with cloth, it becomes charged with static electricity. This static charge attracts small pieces of paper due to the phenomenon of electrostatic attraction. On a humid day, the moisture in the air can dissipate the static charge more quickly, making it harder for the ruler to pick up the paper.
A ruler may attract your hair due to static electricity. When you rub a ruler against your hair, electrons transfer from one surface to the other, causing one to become positively charged and the other negatively charged. This attraction leads to your hair sticking to the ruler.
A WOOD RULER A STONE RULER A IRON RULER A DIAMOND RULER A EMERALD RULER
get arounnd 13 pieces of white paper a lot of pictures and a ruler . then on the bottom, use ur ruler count up 30 or 31 days then paste ur pictures on the papers and write the months
When a cloth is rubbed against a ruler, electrons are transferred between the two materials, resulting in one becoming positively charged and the other negatively charged. This transfer alters the distribution of electric charges within the atoms of the cloth and ruler, leading to static electricity. As a result, the atoms in both objects experience an imbalance of charges, which can cause them to attract or repel each other. This change in electrical properties is what leads to the observable effects, such as the cloth sticking to the ruler.
it generates magnetic field and thus get charged
This is because of the atmospheric pressure exerting a downward force on the paper.
Placing a sheet of paper under the ruler increases the friction between the ruler and the surface it is resting on, preventing it from easily sliding or moving. The paper creates more resistance, making it harder for the ruler to shift position.