The element that is the least massive member of group 2, also known as the alkaline earth metals, is beryllium (Be). It has an atomic number of 4 and an Atomic Mass of approximately 9.0122 u. Beryllium is characterized by its relatively low density and high melting point compared to other elements in the same group.
In the same column (group) but in a row below the chemical you start with.
Down in any group of the perodic table.
The gas giants.
Rubidium is much more reactive. It's a member of group 1 like sodium.
Francium(Fr) is the most reactive element in Group 1A . The least reactive is Lithium(Li) The element become increasingly reactive 'down' Group 1A. NB You will NOT find francium in a school lab. for two reasons. 1. It explosive when in contact with water. 2. It is 'Radio-active' and radio-active matter has to be kept in special conditions.
In the same column (group) but in a row below the chemical you start with.
Down in any group of the perodic table.
The gas giants.
The number of protons and neutrons in the nucleus of an atom determines its mass. Elements with more protons and neutrons are more massive. Additionally, the mass of an element can be influenced by the presence of isotopes, which have varying numbers of neutrons.
Since the member of the majority group has more power, the minority member may want to bond with him or her. Then, the majority may be more likely to help the minority person or a member of that group in the future.
To be a more productive group member, you can actively participate in discussions, listen to others' perspectives, contribute ideas and tasks, communicate effectively with your team, stay organized and meet deadlines, and collaborate well with others. Additionally, being open to feedback and willing to adapt to new approaches can also enhance your productivity as a group member.
They both have more than 1 member in them
The expected answer is element 115, Ununpentium, if that has been discovered. Among stable elements, the answer would be bismuth.
When a ring is activated in a chemical reaction, it becomes more reactive and can attract a particular element or group to substitute another element or group within the ring. This substitution occurs due to the increased reactivity of the activated ring, allowing for the desired element or group to replace the existing one.
... more massive (it has more mass).... more massive (it has more mass).... more massive (it has more mass).... more massive (it has more mass).
Elements are more reactive as you go down the periodic table and to the left.
yes they are the same group apart from with one more member Kevin are Jonas