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A material that transmits nearly all the light in a ray because it offers little resistance to the light is called transparency.

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Material that transmits nearly all the light in a ray because it offers little resistance to the light is?

A material that transmits nearly all the light in a ray because it offers little resistance to the light is called transparency.


A material that transmit nearly all the light in a ray because it offers little resistance to the light is?

An example of a material that transmits nearly all the light in a ray because it offers little resistance to the light is glass. Glass is transparent and allows light to pass through it easily due to its molecular structure, which is not densely packed and does not absorb much light.


What does it mean when a material is described as having a low resistance?

When a material has low resistance, it means that it allows electric current to flow through it easily. This is because low resistance indicates that the material offers little opposition to the flow of electrons. Materials with low resistance are commonly used in wires and electrical conductors.


What is a material that allows electron to flow easily or with little resistance?

Those are the materials we loosely call "conductors".


What is a Material that has very little resistance to current flow and permits electrons to move through it easily?

A material that has very little resistance to current flow and permits electrons to move through it easily is called a conductor. Metals such as copper, silver, and gold are examples of good conductors due to their high electrical conductivity.


Which object has the following characteristics reflects a lot of light absorbs a little light and transmits almost no light?

A mirror reflects a lot of light, absorbs very little light, and transmits almost no light.


Why is steal a good conductor?

Steel is a good conductor of electricity because of its crystal structure that allows electrons to move freely throughout the material. This enables the flow of electric current with little resistance, making steel an efficient conductor for practical applications.


Why some materials offer different resistance?

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)


What happens to the resistance of a material with a positive temperature coefficient when it is heated?

Positive Temperature coefficient indicates that the resistance of material INCREASES with rise in the temperature. Resistance Temperature COefficient(RTC) is defined as increase in resistance per unit original resistance per unit rise in temperature. Temperature Coefficient of Resistance=R2-R1/(R1*(T2-T1)) Where: R2:Resistance at temperature T2 R1:Resistance at temperature T1 SO from formula it is clear that if resistance increases with temperature(T2-T1>0 and R2>R1) then Difference R2-R1 will be positive hence RTC will have positive value. But if with increase in temperature(T2-T1>0) resistance decreases(R2<R1) then difference R2-r1 will be negative hence RTC will be negative.


Are some materials brittle?

Some brittle materials are cast iron, concrete, high carbon steels, ceramics and glass. A brittle material is easily shattered and has little resistance against fracture.


Sherman's march through Georgia encountered little resistance?

Sherman's march through Georgia encountered little resistance because most of the Confederate soldiers were engaged in battle elsewhere. It was also a march that cut off supply lines to the South so they were ill-equipped to defend Georgia.


What creature transmits the parasitic disease leishmaniasis?

A sand fly. It bites you and you can get it. They are nasty little suckers. They are so small you can hardly see them when they bite you.