No. The temperature of the sun cannot be measured by pyrometer. It is measured by a special device called Bolometer.
Temperature sensors are useful because they are digital. Since they are digital you can make graphs out of data easily. Instead of copying loads of data out you can make all the results into a table or graph in seconds, it is easier to send data, they measure to a high level of accuracy. They can measure higher ranges than normal thermometers, sometimes measuring the temperature with a thermometer may be hard because you may not be able to see exactly where the meniscus is on and you also have to get eye level to measure the temperature but with the temperature sensors you can read and the temperature will be measured to point of a degree Celsius also they aren't easily broken unlike brittle glass thermometers and you can record temperatures over long periods of time. The disadvantages are the temperature sensors are expensive, the wires to measure the temperature may get tangled also, you need to know how to use a P.C/ Tablet to record and create graphs , the screens are touch screen and are small so you may need a stylus which is easily lost, there are lots of cable to plug in to measure the temperature, if you buy one it will very quickly become out of date and a smart phone with certain accessories may be able to do the same things and more for a more reasonable price.
Gamma radiation and x-radiation are identical if they both have the same wave length. The only difference between x-radiation and gamma radiation is that gamma radiation is produced by natural processes while x-radiation is man-made. The block of lead will not be able to tell the difference between the two sources and will attenuate both the same.
dust
Alpha radiation, it's force is too weak to even penetrate the outer layer of dead skin. Beta and Gamma radiation can pass through, Beta has trouble passing through clothes whereas Gamma is able to go straight through the body.
A protein may become denatured when exposed to intense heat or radiation. When a protein becomes denatured, its basic structure is damaged enough that it is no longer able to function.
a barometer is used to measure the air pressure, not a thermometer! A thermometer is used to measure the temperature.
yes if we build a dome around the nuclear reactor we may be able to contain the radiation but we will not be able to clean up the radiation left over already.
A weighing scale would not be able to measure in feet and inches.A weighing scale would not be able to measure in feet and inches.A weighing scale would not be able to measure in feet and inches.A weighing scale would not be able to measure in feet and inches.
The film in the badges changes colour when radiation hits it. By looking at the badges, the people wearing them can tell how much radiation they have been exposed to. They have different strips of film for different types of radiation, so they are not only able to tell how much radiation someone has been exposed to, but also what type of radiation. Its basically a safety measure to ensure that workers are not exposed to excessive levels of radiation emitted from the waste.
it would be really hot
A clinical thermometer, this type of thermometer is sensitive to very small changes in temperature but is able to measure temperatures only within a few degrees of normal body temperature (thirty seven degrees celsius).
A clinical thermometer, this type of thermometer is sensitive to very small changes in temperature but is able to measure temperatures only within a few degrees of normal body temperature (thirty seven degrees celsius).
A sensor is used to measure data from the environment and is able to convert them into signals to be communicated with a system. Most sensors are used to measure light, temperature, touch, sound, position and magnetism. Others are used to measure speed pressure, flow or are capable of recognizing images.
A sensor is used to measure data from the environment and is able to convert them into signals to be communicated with a system. Most sensors are used to measure light, temperature, touch, sound, position and magnetism. Others are used to measure speed pressure, flow or are capable of recognizing images.
Using a balance able to measure 0,1 g.
A sensor is used to measure data from the environment and is able to convert them into signals to be communicated with a system. Most sensors are used to measure light, temperature, touch, sound, position and magnetism. Others are used to measure speed pressure, flow or are capable of recognizing images.
Standing next to a campfire you will be warmed by its radiant heat (IR radiation).However a microwave cooker generates heat by boiling water inside the food, then the steam heats the food by a combination of conduction and convection (not radiation). There is some trivial heating of the microwave cooker's walls by IR radiation from the hot food, but this is so trivial you will not be able to measure it and the steam from the food will still condense on the cold walls (which is transfer through convection and warm them more than the IR radiation did).Note: microwave radiation is NOT thermal radiation (IR radiation) and must be transformed to become heat.