The gaps represented the elements which were not discovered. When the elements were invented, they were placed into these gaps.
The long dashes on Mendeleev's periodic table represent gaps where elements had not yet been discovered but were predicted to exist based on the periodic pattern of elements. Mendeleev used these gaps to accurately predict the properties of the missing elements, leading to the discovery of new elements.
No. they dont represent the periodic table.
Leaving spaces and gaps in the periodic table allowed for prediction of new elements and their properties, which were later discovered and filled in. This vindicated the decision to leave gaps, as it demonstrated the power of the periodic table in organizing and predicting the properties of elements.
Arsenic
The gaps in the periodic table left by Mendeleev were eventually filled in as new elements were discovered. Scientists continued to study and experiment, leading to the discovery and verification of elements that fit into the empty spaces in the periodic table.
Medellev left gaps in the periodic table to account for elements that had not yet been discovered. He predicted the properties of these missing elements based on the known trends and patterns in the table. This foresight and organization laid the groundwork for the future discovery of elements that filled those gaps.
The answer is: Au
Dmitri Mendeleev predicted the existence and properties of several elements that were later discovered and filled gaps in the periodic table. He also predicted the properties of these elements based on their position in the periodic table.
When Mendeleev proposed his periodic table, he noted gaps in the table, and ... Initial versions of the periodic table did not give the rare earth elements the ... that these atomic elements would be discovered, that he included them in later.
Mendeleev left gaps in his early periodic table to accommodate elements that had not yet been discovered but were predicted to exist based on the periodic trends he observed. By doing so, he demonstrated the periodic nature of elements and their properties, which allowed for the prediction of the characteristics of these unknown elements. The ultimate importance of these gaps was that they validated the periodic law and underscored the predictive power of the periodic table, leading to the eventual discovery of elements like gallium and germanium that fit into the predicted spaces.
Zinc
Cd is Cadmium.