ONe day, you were walking along the road with your friend and saw a piece of solid that you've never seen before. You were curious about the identity of the substance so you tried to give it to the Department of Science. You found out from them that it is a new found element and they gave an atomic number to it which is 101. Given the atomic number of the element, do the following tasks:
1. exact location of the element (block type, period number and group number)
2. electron configuration and valence electron of the element
3. physical and chemcial properties of the element in reference to the group it belongs
4. importance of the element in reference to the group it belongs to
Go to this site, look up and click on element 101 and you will find the answers.
http://www.webelements.com/
To find the information about the new element with atomic number 101, we need to refer to the periodic table. Here are the steps to answer each of the given tasks:
1. Exact location of the element (block type, period number, and group number):
The atomic number of 101 indicates that the element is located on the periodic table. To determine its location, we need to consider its atomic number and the periodic table's structure.
The periodic table is divided into four blocks: s, p, d, and f. Each block represents a different type of electron orbital. The s-block is on the left side of the periodic table, the p-block is on the right side, and the d-block and f-block are in the middle.
As the atomic number is 101, it falls into the d-block of the periodic table.
The period number can be determined by looking at the rows of the periodic table. Since the element is in the d-block and its atomic number is 101, it will be in the 7th row of the periodic table.
The group number of the element depends on the specific block in which it is located. For elements in the d-block, the group number is not straightforward and can be more complex to determine. The d-block elements have various groupings based on their electron configurations and chemical properties. To determine the group number for the element with atomic number 101, we need to refer to a detailed periodic table or consult a reliable source to find the specific group assignment for it.
2. Electron configuration and valence electrons of the element:
The electron configuration of an element describes the arrangement of electrons in its atomic orbitals. In the case of the element with atomic number 101, its electron configuration can be determined using the Aufbau principle, which states that electrons fill the lowest energy orbitals first. However, since the element is in the d-block, its electron configuration can be more complex than following the simple filling order. To find the exact electron configuration, we again need to refer to a detailed periodic table or consult a reliable source.
The number of valence electrons in an element corresponds to the electrons in the outermost shell. Valence electrons are important in determining the element's reactivity and bonding properties. To determine the number of valence electrons for the element with atomic number 101, we need to know its electron configuration.
3. Physical and chemical properties of the element in reference to the group it belongs:
The physical and chemical properties of an element are influenced by its position in the periodic table, specifically its group. Since we haven't determined the exact group of the element with atomic number 101, we cannot provide specific information on its physical and chemical properties with reference to the group it belongs to.
4. Importance of the element in reference to the group it belongs to:
Without knowing the specific group assignment of the element with atomic number 101, it is not possible to determine its importance within that group. The importance of an element can vary depending on its unique properties, uses, and applications.