You can find this by looking up the atomic weights to get the "average" for an atom
In is 114.82
Zr is 91.224
If the atomic weights are close you may have to check for isotopes if tou think the questioner is really asking about individual atoms where the Atomic Mass varies.
The isotopes of Indium are 113In and 115In
Zr has a number of stable isotopes ranging from 90Zr to 94Zr
So the lightest Indium isotope 113In is heavier than the heaviest isotope of Zr, 94Zr.
Zirconium, a transition element with an atomic number of 40, has several isotopes, and each has a different mass number. Zr-88 (mass number 88), Zr-89 (mass number 89), Zr-90 (mass number 90), Zr-91 (mass number 91), Zr-92 (mass number 92), Zr-93 (mass number 93), Zr-94 (mass number 94) and Zr-96 (mass number 96).
Zirconium is a metallic element that is listed as one of the transition elements in the periodic table. It is not an ore of zinc.
The lightest nuclei is composed of one proton whose mass is around 1836 times the one electron mass. Any atom is composed of a nucleus (composed of protons and neutrons and the neutron is heavier than the proton) and surrounded by a number of electrons that are equal to the number of protons). So,alwaysthe nucleus is heavier than the mass of the surroundingelectrons.
if im correct u will have 126 elctrons no you will have 49 you must have the same amount if the atom is to have no charge. Protons are positive and electrons are negative, there for they have the same amount
No, there is not always only one neutron in the nucleus of an atom. The number of neutrons in a nucleus can vary widely depending on the element and its isotopes. For example, hydrogen typically has no neutrons, while carbon has six, and heavier elements can have many more. The specific combination of protons and neutrons determines the identity and stability of the atom.
One indium atom consists of 49 protons, 49 electrons, and typically 66 neutrons in its nucleus.
In represents the element indium, while Br represents the element bromine. Therefore, the formula InBr represents the ionic compound formed when one indium atom combines with one bromine atom to create indium bromide.
The Atomic Mass of Carbon is 12.0107 The atomic mass of Gold is 196.96657 So an atom of Gold is about 16 times heavier than an atom of Carbon.
Mercury is considerably more massive than palladium.
It isn't. Carbon is 6th on the Periodic Table and Oxygen is 8. Oxygen is the heavier element. mass of oxygen / mass of carbon 15.99g / 12.01g = 1.33 heavier than carbon
Zirconium, a transition element with an atomic number of 40, has several isotopes, and each has a different mass number. Zr-88 (mass number 88), Zr-89 (mass number 89), Zr-90 (mass number 90), Zr-91 (mass number 91), Zr-92 (mass number 92), Zr-93 (mass number 93), Zr-94 (mass number 94) and Zr-96 (mass number 96).
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Yes, silver is heavier than iron. One atom of iron has a mass of 55.85 amu (atomic mass units). One atom of silver has a mass of 107.87 amu. All of this information is easily found on a periodic table.
Zirconium is the chemical element whose atoms contain 40 protons each. Zirconium is one of the transition metal elements.
Indium has one unpaired electron. It has a configuration of [Kr] 4d10 5s2 5p1.
Because proton and neutron are in about one thousand times heavier than electron.
Indium bond with lots of elements to form compounds. Examples: Indium + Phosphorus --> Indium Phosphide Indium + Bromine --> Indium (I/III) Bromide Indium + Fluorine --> Indium Fluoride Indium + Oxygen --> Indium Oxide Indium + Antimony --> Indium Antimonide Indium + Arsenic --> Indium Arsenide