As you are sliding down a plastic slide in a playground, your hair stands up on its ends. Which statement best explains why your hair stands up after sliding down the plastic slide?(1 point)
Responses
Friction causes a transfer of electrons between the slide and you, making each of your like-charged hairs repel each other.
Friction causes a transfer of electrons between the slide and you, making each of your like-charged hairs repel each other.
Energy is transferred from you to the slide through conduction, causing your hair to become charged and stand up.
Energy is transferred from you to the slide through conduction, causing your hair to become charged and stand up.
Energy is transferred from the slide to you through induction, causing your hair to become charged and stand up.
Energy is transferred from the slide to you through induction, causing your hair to become charged and stand up.
Friction causes a transfer of electrons between the slide and you, making your like-charged hairs attract the air through induction.
Friction causes a transfer of electrons between the slide and you, making each of your like-charged hairs repel each other.
Friction causes a transfer of electrons between the slide and you, making each of your like-charged hairs repel each other.
The correct statement is: Friction causes a transfer of electrons between the slide and you, making each of your like-charged hairs repel each other.
Explanation: When you slide down the plastic slide, friction occurs between the slide and your body. Friction is the force that opposes motion when two surfaces come into contact. During this friction, electrons can be transferred from one surface to another. In this case, as you slide down, electrons are transferred from the slide to your hair.
When the electrons are transferred, each of your hair strands becomes negatively charged. Since like charges repel each other, your negatively charged hair strands start to repel each other, causing them to stand up. This phenomenon is known as static electricity, where there is an imbalance of electric charges on objects.