Fluorine has probable a natural radioactive isotope (F-18) but only as traces.
Chlorine has a natural radioactive isotope (Cl-36) but only as traces.
Bromine hasn't natural radioactive isotopes.
Iodine has probable a natural radioactive isotope (I-125) but only as traces.
Astatine has only radioactive isotopes.
Astatine is a radioactive element, while bromine is a non-radioactive element. Astatine is a rare element with a very short half-life, while bromine is a common halogen with various industrial uses. Astatine is highly toxic due to its radioactivity, while bromine is toxic in its liquid and gas forms but not radioactive.
The isotope of bromine called 81-bromine. Since the element you are describing has 35 electrons, it must also have 35 protons. Therefore you end up with bromine which is the 35th element (since the amount of protons are equal to the elements number). Adding 46 to 35 gives you the weight of the specific bromine isotope, since the weight of the element is also the name of the isotope. It is also not radioactive.
There are 11 elements that are liquids at room temperature: mercury, bromine, francium, cesium, gallium, rubidium, caesium, indium, and the three radioactive elements, astaine, copernicium, and nihonium.
The parent atom would be a radioactive isotope of either bromine or krypton, as those are the elements with 35 protons. The decay of this atom would generate a daughter atom through the emission of a beta particle.
Liquid bromine is the Real Bromine, while Bromine water is a mixture of Bromine and Water
Astatine is a radioactive element, while bromine is a non-radioactive element. Astatine is a rare element with a very short half-life, while bromine is a common halogen with various industrial uses. Astatine is highly toxic due to its radioactivity, while bromine is toxic in its liquid and gas forms but not radioactive.
Bromine (Br) is a liquid Iodine (I) is a solid
The isotope of bromine called 81-bromine. Since the element you are describing has 35 electrons, it must also have 35 protons. Therefore you end up with bromine which is the 35th element (since the amount of protons are equal to the elements number). Adding 46 to 35 gives you the weight of the specific bromine isotope, since the weight of the element is also the name of the isotope. It is also not radioactive.
Radon is a noble gas and does not typically chemically react with other elements like bromine. Radon is a colorless, odorless, and tasteless gas that is radioactive and naturally occurs in the environment. Bromine, on the other hand, is a halogen that can form compounds with other elements, but it is unlikely to form a compound with radon.
bromine <><><><><> Halogens are group 17 elements, like fluorine, chlorine, bromine, iodine, astatine, and uus-117.
Bromine has only 2 stable isotopes(isotopes which do not undergo radioactive decay), whereas mercury has 7 stable isotopes. Mercury is a heavy weight metal, whereas bromine isn't exactly jusy as heavy. Mercury's atomic weight is200.59, which is heavier than bromines atomic weight of 79.904. Bromine has a strong bleachong action and smells of chlorine whileis obtained mainly from cinnabar, and is toxic to breath or ingest. While bromine does react quite fairly to most acids, mercury does not react with most of the acids known and tested. both of these metals belong to two entirely different groups. One similarity that these two fluid metals share is that they are liquid metals.
There are 11 elements that are liquids at room temperature: mercury, bromine, francium, cesium, gallium, rubidium, caesium, indium, and the three radioactive elements, astaine, copernicium, and nihonium.
This is the radioactive isotope bromine-78.
The parent atom would be a radioactive isotope of either bromine or krypton, as those are the elements with 35 protons. The decay of this atom would generate a daughter atom through the emission of a beta particle.
Bromine is bromine no matter how toxic
Bromine Pentachloride is the name of BrCI5.
Liquid bromine is the Real Bromine, while Bromine water is a mixture of Bromine and Water