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Could a little bit of gamma radiation kill a person?
270 roentgens causes death in 20% of people within 2 to 6 weeks. The rate of death increases as the roentgens of radiation increases, 1,000 roentgens being enough to ensure 100% death rate from radiation sickness and 5,000 roentgens causing instant incapacitation and death within a week.
How many roentgens would one receive with an x-ray exposure of 0.02?
An exposure of 0.02 what? No units are given, so conversion to roentgens cannot be made.
What roentgens indicate in the nature of rays?
X Rays
What are roentgens?
Roentgens are units of radiation exposure used for x-rays and gamma rays. They are defined in terms of the number of ions produced in one cubic centimeter of air by the radiation.
What describes the overall impact of Wilhelm roentgens discovery of x-rays?
doctors still use
What are all the measurements used for radiation?
Common measurements for radiation include sieverts (Sv), grays (Gy), becquerels (Bq), and roentgens (R). Sieverts and grays are used to measure absorbed dose, while becquerels measure the activity of a radioactive source, and roentgens measure the ionization of air caused by radiation.
How do you figure out the roentgens per hour that comes out of a x-ray tube?
I posted information in the related links box below.
How roentgen's training as a scientist affected the way he responded to his discovery?
how may roentgens training as a scientist have affected the way that he responded to his discovery ?
What are the dangers from a nuclear power accident?
The worst case scenario for dangers of Nuclear Power is a Meltdown. A Meltdown occurs when the core of the nuclear reactor reaches unstable temperatures usually related to a severe failure of the reactors cooling system. The effects of a nuclear meltdown depends on the safety features designed into the reactor, newer reactors SHOULD be designed to make a meltdown highly unlikely and should be able to contain one should it happen. The worst documented nuclear meltdown is probably Chernobyl, in April of 1986 reactor number 4 suffered a catastrophic power increase, leading to explosions in the reactor core. This expelled large amounts of radioactive fuel and core materials into the atmosphere and ignited the combustible graphite moderator which increased the emissions of radioactive particles into the atmosphere. The radiation levels in the worst hit areas of the reactor building have been estimated to be 5.6 roentgens per second (R/s), which is equivalent to more then 20,000 roentgens per hour. A lethal dose is around 500 roentgens over 5 hours, so in some cases unprotected workers received a fatal dose within minutes.
What are the health hazards of the nuclear reactor?
A nuclear reactor emits radiation. In a PWR reactor, if the reactor temprature is around 650 Degrees, The emission near the reactor core is 2.57 Roentgen. That is the amount of radiation a human is exposed to in around 20 Years. There is also the dust, This dust if inhaled will cause cancer. If a Nuclear Powerplant explodes the story is different. Lets take chernobyl NPP for instance. The vincinity of the reacter core after explosion was 30,000 Roentgens per hour. That is 300 Sieverts per hour. That is enough to kill a man in 20 seconds. The fuel fragments that were realeased outward from the explosion the reactor had 15,000-20,000 Roentgens Pewr hour, And these fragments were laying on the ground after the explosion. Enough to kill a man in 30 seconds.
What are some nine letter words with 2nd letter O and 3rd letter E and 5th letter T?
According to SOWPODS (the combination of Scrabble dictionaries used around the world) there are 4 words with the pattern -OE-T----. That is, nine letter words with 2nd letter O and 3rd letter E and 5th letter T. In alphabetical order, they are: boertjies coextends roentgens roestones
What best describes the overall impact of Wilhelm roentgens discovery on xrays?
Wilhelm Roentgen's discovery of X-rays had a profound impact on the field of medicine by revolutionizing diagnostic imaging. X-rays allowed doctors to see inside the body without invasive procedures, leading to better and faster diagnosis of various medical conditions. This breakthrough has saved countless lives and continues to be a fundamental tool in modern healthcare.
