The mass does not change, but a thing (anything) has weight (a force) only if it is resisting gravity. That's why the astronauts are weightless in their capsule.
So your answer is yes, when you drop something it has no weight.
paper
In general, paper bags can support more weight than plastic bags due to their stronger structure and ability to hold heavier items. This difference is mainly because paper bags are made from a renewable and biodegradable material that is typically thicker and more durable than single-use plastic bags.
Plastic grocery bags generally support more weight than paper bags. This is due to their strength and flexibility, which allow them to carry heavier loads without tearing. While paper bags can be sturdy, they are more susceptible to damage from moisture and are less durable overall. Therefore, for heavy or bulky items, plastic bags are typically the better choice.
This depends on the assortment of plastic or paper.
A hypothesis that could be tested is: "Plastic bags can support more weight than paper bags due to their material properties and design." This hypothesis stems from the idea that plastic bags are typically more durable and have a higher tensile strength compared to paper bags, allowing them to carry heavier loads without tearing. Experimental testing could involve measuring the weight capacity of both types of bags under controlled conditions.
paper
Paper, the handles on the plastic are pretty weak.
Plastic bags can support more weight but paper bags can support more items
Paper bags. Because it is made from kraft paper and plastic grocery bags are made from plastic, which kraft paper is stronger than plastic, so paper bags can support more weight.
No it doesn't change at all! Crumpling up the paper only changes the shape it but its weight stays the same.
yes it does, because the ink weighs something and that weight is added to the original weight of the paper.
You can rub the plastic rod with a piece of cloth and then try to attract small pieces of paper such as tissue paper or small paper bits. Repeat this process multiple times. If the plastic rod has gained or lost charge, its ability to attract the paper will change, indicating a change in the rod.
The prepositional phrase in the sentence is "under the desk." It provides information about where Alan dropped the paper.
In general, paper bags can support more weight than plastic bags due to their stronger structure and ability to hold heavier items. This difference is mainly because paper bags are made from a renewable and biodegradable material that is typically thicker and more durable than single-use plastic bags.
Plastic grocery bags generally support more weight than paper bags. This is due to their strength and flexibility, which allow them to carry heavier loads without tearing. While paper bags can be sturdy, they are more susceptible to damage from moisture and are less durable overall. Therefore, for heavy or bulky items, plastic bags are typically the better choice.
This depends on the assortment of plastic or paper.
A hypothesis that could be tested is: "Plastic bags can support more weight than paper bags due to their material properties and design." This hypothesis stems from the idea that plastic bags are typically more durable and have a higher tensile strength compared to paper bags, allowing them to carry heavier loads without tearing. Experimental testing could involve measuring the weight capacity of both types of bags under controlled conditions.