Oh, dude, like, it's totally possible for an alien planet not to have transition metals. I mean, who knows what crazy elements could be floating around out there in space, right? So, yeah, it's not like every planet has to follow the same chemistry rules as Earth. Just imagine a planet without iron or copper - wild, right?
No, transition metals are typically hard and have high melting points, making them difficult to cut with a knife. Specialized tools such as a saw or grinder would be needed to cut through transition metals.
it belongs to the transition metals so, I would say it is a SOLID.
Alkali metals are known for there ability to destroy blood plankta inside your blood stream (been 3 recorded deaths so far). Also transition metals are known for there low electronegativity and there ability to produce amphiprotic substances. Just so many awesome reasons why you cant pass transition metals.
why would the heavier metals sink to the center during the formation of the earth is like
If a dwarf star crashed into a planet,the planet would likely explode.
An element located in the middle of the periodic table would likely be classified as a transition metal. These elements typically have properties such as high melting and boiling points, variable oxidation states, and the ability to form colored compounds.
Early transition metals are does starting at the beginning of the transition metals (i.e. Sc) and going through about d5 which would be Mn. These metals are less electron rich as compared to the so-called "late" transition metals and the chemistry of each is somewhat different and definitely unique. Hardness and softness of the each of these groups changes (see Hard Soft Acid Base Theory) as does the stable oxidation states and coordination numbers.
The mass of an element increases as you go down the periodic table. The heaviest discovered (synthesized) metals are in the bottom row of the transition metals group.
No. Noble gases, halogens, and nonmetals are on the right side of the periodic table. Metals including, alkali metals, alkaline earth metals, and transition metals are all located on the left/center.
No, silver and copper would not form an ionic compound as they are both transition metals and tend to form metallic bonds rather than ionic bonds. Instead, they would likely form an alloy when combined.
Halogens.
Transition metals, row 4, column 7.