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Hydrogen.
What else can I help you with?
What is the lightest element with 1 proton?
Hydrogen
What element has 1 proton 1 neutron and 1 electron?
The element is hydrogen and the isotope is tritium (1H3)
Number of protons in a hydrogen?
The "NUMBER" (#) of Protons in an Atom of Hydrogen is one (1). The number of protons is what makes a specific element that element. Hydrogen always has one proton no matter what. If someone says that a hydrogen atom has two protons(they are incorrect), it is no longer hydrogen; it is the element Helium.
What element has 1 proton in each atom?
Hydrogen has one proton in its nucleus.
What element commonly has only one proton as its nucleus?
Hydrogen (atomic number 1) typically only has a single proton in its nucleus.
What is the charge on an element with 0 neutrons and 1 proton and atomic number 1?
This is Hydrogen. Assuming it is not ionized it will have no charge.
What element has 1 proton and 2 neutrons?
An element with 1 proton is hydrogen. An Isotope called Tritium has one Proton and two Neutrons. Hope this helps.
Which non-metal element has just one proton?
Hydrogen has only one proton (atomic number 1). It has its nucleus and its single proton.
What is element 1?
Element 1 is hydrogen. It is the lightest and most abundant element in the universe, with one proton and one electron in its atomic structure.
How many protons does a standard hydrogen have?
A standard hydrogen atom has 1 proton. The Atomic Number of any element is the number of protons that element has.
What element has the proton of 15?
The element with a proton number of 15 is Phosphorus; P
Why is the sun warm?
The short answer is nuclear fusion. The longer answer is: The large amounts of hydrogen, under immense pressure and temperature at the sun's core, are fused together to form Helium. Hydrogen has 1 proton, so a 1 proton element (hydrogen) + another 1 proton element (hydrogen) = a 2 proton element (Helium). Sometimes a 1 proton element (hydrogen) is fused with a 2 proton element (helium) to form a 3 proton element (lithium). Larger stars with greater mass than our sun, can continue this process, making most of the elements, up to iron. Typically, a super nova is required to create elements with more protons than iron. The heat from this continuous process, in the forms of many types of electromagnetic radiation, typically results in warmth.
