True. The Malcontents were a group of colonists in Georgia who were dissatisfied with the policies of the colony, particularly the restrictions on land ownership and the ban on slavery. They were among those who settled in Georgia without the financial assistance that was typically provided to other colonists by the Trustees of the colony.
rue or False: the Malcontents were different from other colonists living in Georgia because they settled in Georgia without financial assistance.
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1 point
True
False
11 answers
This group of Protestants was allowed to settle in Georgia after suffering religious persecution in Europe. They established the towns of Ebeneezer and New Ebeneezer.
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1 point
Malcontents
Colonists
Trustees
Salzburgers
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1 point
Malcontents
Colonists
Trustees
Salzburgers
Salzburgers.
A scientist is researching what happens when a neutral metal sphere located on an insulated stand is touched by a negatively charged rod. The set up for the scientist’s experiment is shown in the picture below.
image 3845826dd9f243109fa16213cd34e0d4
What will happen to the excess electrons when the negatively charged rod touches the metal sphere?
(1 point)
Responses
The excess electrons will move from the rod to the sphere and spread out.
The excess electrons will move from the rod to the sphere and spread out.
The excess electrons will move from the sphere to the rod and stay close together.
The excess electrons will move from the sphere to the rod and stay close together.
The excess electrons will move from the rod to the sphere and stay close together.
The excess electrons will move from the rod to the sphere and stay close together.
The excess electrons will move from the sphere to the rod and spread out.
The excess electrons will move from the sphere to the rod and spread out.
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image 3845826dd9f243109fa16213cd34e0d4
What will happen to the excess electrons when the negatively charged rod touches the metal sphere?
(1 point)
Responses
The excess electrons will move from the rod to the sphere and spread out.
The excess electrons will move from the rod to the sphere and spread out.
The excess electrons will move from the sphere to the rod and stay close together.
The excess electrons will move from the sphere to the rod and stay close together.
The excess electrons will move from the rod to the sphere and stay close together.
The excess electrons will move from the rod to the sphere and stay close together.
The excess electrons will move from the sphere to the rod and spread out.
The excess electrons will move from the sphere to the rod and spread out.
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The correct response is:
The excess electrons will move from the rod to the sphere and spread out.
When the negatively charged rod touches the neutral metal sphere, the excess electrons from the rod will transfer to the sphere due to the repulsion between like charges. Once they are on the sphere, the electrons will spread out evenly across its surface.
Isabella is researching how to charge objects through friction. Isabella rubs a balloon on her hair. When she pulls the balloon away from her hair, the hair is attracted to the balloon. Which BEST explains why the hair becomes attracted to the balloon? (1 point)
Responses
Rubbing the balloon along her hair creates electrons that will stick to both the balloon and her hair.
Rubbing the balloon along her hair creates electrons that will stick to both the balloon and her hair.
Rubbing the balloon along her hair moves electrons from her hair to the balloon.
Rubbing the balloon along her hair moves electrons from her hair to the balloon.
Rubbing the balloon along her hair moves protons from the balloon to her hair.
Rubbing the balloon along her hair moves protons from the balloon to her hair.
Rubbing the balloon along her hair creates protons that will stick to both the balloon and her hair.
Responses
Rubbing the balloon along her hair creates electrons that will stick to both the balloon and her hair.
Rubbing the balloon along her hair creates electrons that will stick to both the balloon and her hair.
Rubbing the balloon along her hair moves electrons from her hair to the balloon.
Rubbing the balloon along her hair moves electrons from her hair to the balloon.
Rubbing the balloon along her hair moves protons from the balloon to her hair.
Rubbing the balloon along her hair moves protons from the balloon to her hair.
Rubbing the balloon along her hair creates protons that will stick to both the balloon and her hair.
The best explanation is:
Rubbing the balloon along her hair moves electrons from her hair to the balloon.
When Isabella rubs the balloon on her hair, electrons transfer from her hair to the balloon. This leaves the hair positively charged and the balloon negatively charged. The opposite charges create an attractive force between the hair and the balloon, causing the hair to be attracted to the balloon.
You are holding two negatively charged balloons. What will happen if you bring the balloons close to each other?(1 point)
Responses
The amount of the electrostatic force between the balloons will increase, and they will repel each other.
The amount of the electrostatic force between the balloons will increase, and they will repel each other.
The amount of the electrostatic force between the balloons will increase, and they will attract each other.
The amount of the electrostatic force between the balloons will increase, and they will attract each other.
The amount of the electrostatic force between the balloons will decrease, and they will repel each other.
The amount of the electrostatic force between the balloons will decrease, and they will repel each other.
The amount of the electrostatic force between the balloons will decrease, and they will attract each other.
Responses
The amount of the electrostatic force between the balloons will increase, and they will repel each other.
The amount of the electrostatic force between the balloons will increase, and they will repel each other.
The amount of the electrostatic force between the balloons will increase, and they will attract each other.
The amount of the electrostatic force between the balloons will increase, and they will attract each other.
The amount of the electrostatic force between the balloons will decrease, and they will repel each other.
The amount of the electrostatic force between the balloons will decrease, and they will repel each other.
The amount of the electrostatic force between the balloons will decrease, and they will attract each other.
The correct response is:
The amount of the electrostatic force between the balloons will increase, and they will repel each other.
Since both balloons are negatively charged, they will repel each other due to the electrostatic force, and as they get closer, the force of repulsion will increase.
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 your like-charged hairs attract the air through induction.
Friction causes a transfer of electrons between the slide and you, making your like-charged hairs attract the air through induction.
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.
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.
Friction causes a transfer of electrons between the slide and you, making each of your like-charged hairs repel each other.
Responses
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 your like-charged hairs attract the air through induction.
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.
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.
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.
As you slide down the plastic slide, the friction between your hair and the slide causes electrons to be transferred. This typically results in your hair becoming negatively charged. Since all the hairs on your head acquire the same negative charge, they repel each other, causing your hair to stand up on end.
3 answers