When paper is folded, the layers of paper create a structural reinforcement that distributes forces more evenly, making it stronger than a single layer of paper. This distribution of forces helps prevent tearing and increases the overall strength of the material.
The way I understand it is the process of folding the steel or pattern welding causes a laminated type steal blade that is more flexible than a solid blade of the same steel. When it is folded it is not molten together but bonded. If it was molten together it would not have the characteristics of a laminated blade but a solid piece as if smelted. Think of a laminated piece of wood against a solid piece and you can understand the difference in flexibility and overall strength. Like that of a laminated bow. The laminated blade would flex more and be less likely to break, strength is typical of the hardness of the steel as well. So in a way it would be stronger because of flexibility but you have to take into consideration the hardness. I would research into differential hardening techniques used by sword craftsman to learn more. Hope this helps. Jerrud
No, the force of gravity is the same for both the crumpled and non-crumpled pieces of paper. Gravity acts on all objects the same way, regardless of their shape or condition. The only factor that affects the force of gravity is the mass of the object.
The distance a pigment travels up the paper in paper chromatography is determined by its solubility in the solvent being used, its molecular size, and its attraction to the paper. Pigments that are more soluble and smaller in size tend to move further up the paper, while those with stronger interactions with the paper tend to stay closer to the origin.
Yes, light reflects more on a mirror than on a white piece of paper because mirrors have a smooth, shiny surface that allows light to bounce off at the same angle. In contrast, the rough and non-reflective surface of a white piece of paper scatters light in different directions, absorbing some of it.
When a comb is run through dry hair, it becomes charged with static electricity due to the friction between the comb and hair. The non conductive paper is attracted to the comb because of this buildup of static electricity, causing the paper bits to stick to the comb.
Loose stones are stored, categorized and secured in white parcel paper, sometimes with a waxed and non-waxed side. The paper is folded with the non-waxed side out, using folds so that the loose stones don't fall out of the folded paper 'envelopes'. The non-waxed side also affords a surface upon which to describe or code the diamond enclosed in the wrapper for inventory purposes.
The advantages are that paper is better than plastic because it is stronger, cheaper, and they are non-biodegradable which means that they will hold up better. ~Devin~ has answered this question for ALL THE PEOPLE OUT THERE THAT DOES NOT KNOW
No one and I mean no one can be stronger than dynamite. It is a non-fact. It was said in a legend called "John Henry."
Paper(s) made from recycled fibers are as good as paper made from virgin (non-recycled or secondary) fiber. One is not better than the other.
Very Much Better.
metal will conduct elecricity
The way I understand it is the process of folding the steel or pattern welding causes a laminated type steal blade that is more flexible than a solid blade of the same steel. When it is folded it is not molten together but bonded. If it was molten together it would not have the characteristics of a laminated blade but a solid piece as if smelted. Think of a laminated piece of wood against a solid piece and you can understand the difference in flexibility and overall strength. Like that of a laminated bow. The laminated blade would flex more and be less likely to break, strength is typical of the hardness of the steel as well. So in a way it would be stronger because of flexibility but you have to take into consideration the hardness. I would research into differential hardening techniques used by sword craftsman to learn more. Hope this helps. Jerrud
some paper is. but its mostly made out of plastic from fish guts.
Both are the same
No, the force of gravity is the same for both the crumpled and non-crumpled pieces of paper. Gravity acts on all objects the same way, regardless of their shape or condition. The only factor that affects the force of gravity is the mass of the object.
There is some limited evidence that alcoholics have a stronger desire for sugar than do non-alcoholics.
Yes, it is normal for the dominant arm to be slightly bigger and stronger than the non-dominant arm due to increased use and muscle development.