Conner Davis is a beast
cubic meters, m3
It doesn't "stand" for anything*rad stands for 'radiation absorbed dose'* The rad is an obsolete unit of measure. It is not an abbreviation.According to Anwers.com, it is a "unit of energy absorbed from ionizing radiation, equal to 100 ergs per gram or 0.01 joules per kilogram of irradiated material. It has been replaced as a standard scientific unit by the gray."The gray is the official SI unit equal to one joule per kilogram.
As far as I am aware, CO is not a unit of measure.
liter, meter, candela (light), gram, second, atmosphere (air pressure)
What is a unit to measure a tube of margarine
its a rad.
A unit of measure of dosage of x-rays.
Unit used to measure radiation dosage (1/1000 of a rem)
The "Gy" in radiation is pronounced like "gray." It stands for gray, which is the unit used to measure absorption of ionizing radiation in tissue.
Type your answer here... grams
Roentgen (or Becquerel)Rad (or Grey)Rem (or Sievart)Depending on what you want to measure
An absorption coefficient is a measure of the absorption of electromagnetic radiation as it passes through a specific substance - calculated as the fraction of incident radiation absorbed by unit mass or unit thickness.
Roentgen
degrese
If I understand it correctly, the two units measure quite different things, and can't be directly compared. The curie is a unit of radioactivity, while the roentgen is a unit of radiation exposure. The curie is equal to 3.7x1010 disintegrations per second or becquerels. A roentgen is that amount of x-rays or gamma rays which will produce 2.58x10-4 coulombs/kg of dry air. Both the curie and the roentgen are units which are primarily of historical interest, except in the US where they are still commonly used. In the rest of the world, they have largely been replaced by the SI units becquerel and coulomb/kg. Also, it is more common to measure air kerma (in units of joule/kg or gray) than to measure exposure. This latter change is because air kerma, as a measure of energy deposited per unit mass, is more directly related to dose than is exposure, a measure of ionization produced per unit mass or volume.
Radiation dose in terms of the amount of the biological effect caused by the amount of energy absorbed
As far as I know, there is no measure of movement of air, but if you really are persistent, you can use balloons.