atomic structure\n7 periods/rows. the number of energy levels/shells contained in an atom of a specific…

atomic structure\n7 periods/rows. the number of energy levels/shells contained in an atom of a specific element can be determined from the period/row number. for example, calcium (ca) belongs to period 4, so it contains 4 energy levels/shells.\nall of the elements to the left of the \stair - step\ or \zigzag line\, with the exception of hydrogen (nonmetal), are considered to be metals. metals have several important properties that allow them to be identified. metals are typically shiny and are good conductors of heat and electricity. they are also malleable which means they are able to be bent or hammered into thin sheets without breaking or shattering (i.e. aluminum foil, gold and silver jewelry, and copper wiring). finally, metals are ductile which means they are able to be drawn or pulled into a wire (i.e. power lines, electrical cords, and speaker wire).\nperiodic table summary\nsummarize the information provided. your summary should include the following things.\nhow is the periodic table arranged?\nwhat information do we know about elements in the same group?\nwhat information do we know about elements in the same period?\nwhere on the periodic table do we find metals, nonmetals, and metalloids?\nwhat are at least 3 properties of metals?\nwhat are at least 2 properties of nonmetals?\nwhat do we know about the properties of metalloids?\nmy submission\nyou havent started this assignment. jump in!\nenter your response here

atomic structure\n7 periods/rows. the number of energy levels/shells contained in an atom of a specific element can be determined from the period/row number. for example, calcium (ca) belongs to period 4, so it contains 4 energy levels/shells.\nall of the elements to the left of the \stair - step\ or \zigzag line\, with the exception of hydrogen (nonmetal), are considered to be metals. metals have several important properties that allow them to be identified. metals are typically shiny and are good conductors of heat and electricity. they are also malleable which means they are able to be bent or hammered into thin sheets without breaking or shattering (i.e. aluminum foil, gold and silver jewelry, and copper wiring). finally, metals are ductile which means they are able to be drawn or pulled into a wire (i.e. power lines, electrical cords, and speaker wire).\nperiodic table summary\nsummarize the information provided. your summary should include the following things.\nhow is the periodic table arranged?\nwhat information do we know about elements in the same group?\nwhat information do we know about elements in the same period?\nwhere on the periodic table do we find metals, nonmetals, and metalloids?\nwhat are at least 3 properties of metals?\nwhat are at least 2 properties of nonmetals?\nwhat do we know about the properties of metalloids?\nmy submission\nyou havent started this assignment. jump in!\nenter your response here

Answer

Brief Explanations:

The reading provides information about the periodic table. Elements are arranged by periods (rows) which correspond to energy levels in an atom. Metals are on the left of the "stair - step" line (except hydrogen), and have properties like being conductors of heat and electricity, malleable, and ductile. Non - metals are on the right and have different properties. Elements in the same group have similar chemical properties, and elements in the same period have the same number of energy levels.

Answer:

The periodic table arranges elements by periods (rows) corresponding to energy levels. Metals, on the left of the "stair - step" line (except hydrogen), are conductors, malleable, and ductile. Non - metals have different properties. Elements in the same group have similar chemical properties, and those in the same period have the same number of energy levels.