Element 115 is Ununpentium, or Uup. It is also known as eka-bismuth. It is a placeholder in the Periodic Table, and we have not been able to synthesize more than 30 or so atoms of it since 2004. All of its half-lives are very short.
That element is Indium (In) and it's not a commonly encountered element in chemistry.
Yes, element 115 is real and is known as Moscovium. It is a superheavy synthetic element with the atomic number 115 and the symbol 'Mc'. Moscovium was synthesized in a laboratory and is highly unstable, with a very short half-life.
Element 115, ununpentium, is a synthetic element, and only the tiniest amount has been made. But Larger quantities have been found in nature, in the form of a meteor. Of the samples taken, 287Uup and 288Uup have been identified. But we don't know with any accuracy what percentage of the sample is one or the other. That makes it hard to find an "average" atomic mass. What's more, as we experiment, we may find other ways of harnessing element 115 to use for more military purposes, such as weaponry. The United States of America, and Germany are currently the two leading countries trying to develop the element 115, along with Russia and Japan. No one knows what effect the radioactivity has on humans and slight testing has apparently begun in Germany. The leading scientist developing Element 115 is Doctor Richtofen, who's current position is unkown? Doctor Richtofen was working on a way to incorporate element 115 into different use of weapons and another side project unannounced to us at this time at a German scientific facility called Der Reise. Only time will tell what great advances in science will this new and strange element bring us.
Yes, element 115 is real and is known as moscovium. It was officially recognized by the International Union of Pure and Applied Chemistry in 2015. It is a synthetic element that is highly unstable and has a very short half-life.
If you weigh 115 pounds on earth, your mass is 52.2 kilograms. If you weigh 125 pounds on the moon, your mass is 319.5 kilograms.
That element is Indium (In) and it's not a commonly encountered element in chemistry.
Indium, atomic number 49, so 49 Protons. Atomic mass 115, so 115-49 = 66 Neutrons.
Yes, element 115 is real and is known as Moscovium. It is a superheavy synthetic element with the atomic number 115 and the symbol 'Mc'. Moscovium was synthesized in a laboratory and is highly unstable, with a very short half-life.
Element 115 can't bring the dead back to life.
Yes, Element 115 is a real chemical element on the periodic table. It was discovered and named moscovium (Mc) in 2003. It is a highly unstable element with a very short half-life.
No
Element 115, ununpentium, is a synthetic element, and only the tiniest amount has been made. But Larger quantities have been found in nature, in the form of a meteor. Of the samples taken, 287Uup and 288Uup have been identified. But we don't know with any accuracy what percentage of the sample is one or the other. That makes it hard to find an "average" atomic mass. What's more, as we experiment, we may find other ways of harnessing element 115 to use for more military purposes, such as weaponry. The United States of America, and Germany are currently the two leading countries trying to develop the element 115, along with Russia and Japan. No one knows what effect the radioactivity has on humans and slight testing has apparently begun in Germany. The leading scientist developing Element 115 is Doctor Richtofen, who's current position is unkown? Doctor Richtofen was working on a way to incorporate element 115 into different use of weapons and another side project unannounced to us at this time at a German scientific facility called Der Reise. Only time will tell what great advances in science will this new and strange element bring us.
Ununpentium (Uup) has 115 protons.
the mass of protons + the mass of neutrons = mass of the element
element 115 is not real element that makes zombies but im petty sure they will discover the element 115 but it woundn't make zombies in real life.
The number 115 is the mass number, so the mass is 115 amu. One amu (atomic mass unit) is about 1.66 x 10-27 kg, so if your looking for the mass of one atom of In-115, multiply 1.66 x 10-27 kg by 115. That's about 1.9 x 10-25 kg. You chemistry teacher should have taught you this, and probably did, if you were paying attention in class.
metals