Chalk dust (calcium carbonate) is not magnetisable.
Plastic bags can be made stronger by increasing the thickness of the material, using reinforced handles, adding gussets for extra reinforcement, or incorporating materials such as nylon or polyester to enhance strength. Additionally, improving the bonding techniques during manufacturing can also make the plastic bags stronger.
chalk
Well that is a vague question that really depends on what kind of cloth you are referring to, what kind of plastic bag and what you define as a bunch.
A metal ruler is stronger than a plastic ruler in terms of the kinetic theory because the metal atoms are arranged in a tightly packed, orderly structure which gives it greater strength and cohesion. The metal ruler's atomic structure allows it to better withstand external forces and deformation compared to the more loosely arranged atoms in a plastic ruler.
plastic is stronger.
chalk is weaker than clay because of the particles which are migrated inside it. Chalk can float while clay will sink. Clay can also absorb muhc more water No, Clay is stronger than chalk. OF COURSE CHALK IS STRONGER THAN CLAY, HONEY!!! IT IS HARDER AND ABSORBS LESS WATER. Sweetie, why du think clay sinks?
AN EXPENSIVE PLASTIC bag is stronger!
plastic toothpick is stronger than a wooden toothpick
Chalk dust (calcium carbonate) is not magnetisable.
not everything will survive all the time. wateris stronger than chalk. now u can understand
yes the hemp plastic, it is up to ten times stronger
Milk bottles have clouded plastic because that type of plastic is stronger than others.
The polarity of a substance affects how strongly it interacts with the chalk. More polar substances will travel up the chalk further because they can form stronger interactions with the polar sites on the chalk surface through processes like capillary action. Less polar substances will travel up the chalk less because they have weaker interactions with the chalk.
Steel is stronger, more durable, and has a higher tensile strength than chalk, making it better suited for supporting heavy loads in bridge construction. Steel is also more resilient to environmental factors such as corrosion, moisture, and temperature changes, ensuring the longevity and safety of the bridge structure.
Plastic bags can be made stronger by increasing the thickness of the material, using reinforced handles, adding gussets for extra reinforcement, or incorporating materials such as nylon or polyester to enhance strength. Additionally, improving the bonding techniques during manufacturing can also make the plastic bags stronger.
It depends on the age, type, and thickness of the materials.