Lead has a blue-gray color. It is the softest and heaviest of the common metals. It is very malleable and ductile, but has no elastic strength, and its tensile strength is so low that it cannot be drawn readily into fine wires. It is a poor conductor of heat and electricity. On account of its softness it can be readily squeezed through a press and thus shaped into rods or pipes. It melts at about 600° F.
Pencil 'lead' is a misnomer as the material is primarily graphite, which is elemental carbon. This form of carbon has the visual characteristic of being black in color and having electrical conductance.
Lead is a moderately active metal. .... A small percentage of lead is used to make lead compounds
what is lead's position on the periodic table, and it's chemical properties based on that position
Yes, it is true. Chemical properties such as solubility, precipitation, or complexation can be utilized to remove lead from a solution. For instance, adding a chelating agent that forms complexes with lead can help remove it from the solution. Similarly, adding a precipitant that reacts with lead ions to form insoluble lead compounds can also facilitate its removal.
They are metals, have a high density and melting/boiling points and are in the sixth period of the periodic table.
No, Lead Sulfide (galena) is a brittle crystalline solid with semiconducting properties.
Sulfides such as pyrite (feS2) are compounds of sulfur and one ore more elements.
Lead is an element.
lead and scratch
lead and scratch
what is lead's position on the periodic table, and it's chemical properties based on that position
lead is a metal, solid, and high in density
Yes.
Lead is classified as a metal. it has luster, it has high density, it has a low melting point (compared to other metals), it is toxic, it is hard, it is strong (but not a good building material) and is a dull gray in color.
Lead is a poor metal and (or) a metalloid: it has some amphoteric properties as well, like bismuth or arsenic. It has some fine metallic properties though.
Mathematical properties lead to higher-level thinking, since they illustrate general cases .
hat are the two properties of carbon which lead to the huge no. of carbon compounds we see around us ??
Physical properties- long, yellow, sharp, graphite lead, solid, metal, wood Chemical properties-flammability, reactivity to acid
Lead is an element, not a property. All the elements have physical and chemical properties.