Write the formula of the product formed when the element A (atomic number 19) combines with the element B (atomic number 17) Draw its electronic dot structure. What is the nature of the bond formed ?

Write the formula of the product formed when the element A (atomic number 19) combines with the element B (atomic number 17). Draw its electron-dot structure. What is the nature of the bond formed?

What is the formula of the compound formed when an element A (atomic number = 19) combines with an element B (atomic number =17) ?

An element X (atomic number 17) reacts with an element Y (atomic number 20) to form a divalent halide. Draw the electron dot structure of the divalent halide.

Write the electronic configuration of two elements X and Y whose atomic numbers are 20 and 17 respectively. Write the molecular formula of the compound formed when element X reacts with element Y. Draw electron-dot structure of the product and also state the nature of the bond formed between both the elements.

Element 'Y' with atomic number 3 combines with element 'A' with atomic number 17. What would be the formula of the compound ?

Consider two elements ‘A’ (Atomic number 17) and 'B' (Atomic number 19): (i) Write the positions of these elements in the modern periodic table giving justification. (ii) Write the formula of the compound formed when 'A' combines with 'B.' (iii) Draw the electron dot structure of the compound and state the nature of the bond formed between the two elements.

The atomic number of an element 'X' is 20. (i) Determine the position of the element 'X' in the periodic table. (ii) Write the formula of the compound formed when 'X' reacts/combines with another element 'Y' (atomic number 8). (iii) What would be the nature (acidic or basic) of the compound formed ? Justify your answer.

Write the symbol and electronic configuration of element with atomic number 19.

The electronic configuration of the element with Atomic number 19 is