High Resistance Opposes the flow of Electricity that results into production of Heat and Light.
Having material with high resistance is beneficial in applications where you want to limit the flow of electricity, such as in resistors or heating elements. High resistance materials can also provide stability and durability in harsh conditions where lower resistance materials might fail.
A manufacturer would want a material with high strength-to-weight ratio, good heat resistance, and high fatigue resistance to withstand the high speeds and temperatures encountered in a race car engine. Additionally, good machinability and dimensional stability are important for precise and reliable performance.
I would want to have high resistance in environments that require durability and longevity, such as in electrical components to prevent overheating and failures. High resistance is also desirable in materials used for insulation, ensuring safety and efficiency in various applications. Additionally, in physical fitness, high resistance training can enhance muscle strength and endurance, contributing to overall health.
If a material does not allow charges to move through it easily, it is considered an insulator. Insulators have high electrical resistance and do not conduct electricity well. This property is useful in applications where we want to prevent the flow of electric current.
You might want to go with this type of solid polyethylene D-grip handle to prevent calluses, but this material might wear out over time.
Well its not a great idea, as they might be allergic to the product to use them get high, but I'm not a dog so they might want to get high. it very unlikely though.
Projector screen material can usually be fixed with white seamless paper. One might want to look at the material used in the original screen to preserve quality.
It depends, what material the object is made of, if plastic and paper you might be able to, but anything eles you might want to throw it away.
The current is doing work against the resistance of the material which makes up the heating element.Because it has resistance.-- Whenever electric current flows through a resistance, it loses energyequal to (current-squared) x (resistance).-- When we connect components in an electrical circuit, we use wire withthe least possible resistance, so as not to lose energy in the wiring.-- When we want to warm up the lab, we use wire with significant resistance,in order to have it dissipate significant energy and radiate heat.
SOunds like a homework question. But ok I'll answer. Ceramics is one major material used for resistance. BUT if you want to impress your teacher, you can say that ALL materials (even gold) offers some level or resistance, just very little)
High School Reunion!
Some do you might want to look at the ingredients