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How do the properties of the p block metals compare with those of the metals in the s and d block?
i believe this may help a bit more than the last answer. the p-block has no transition metals and no alkali metals but it does all of the non-metals and semiconductors.
What else can I help you with?
How do the properties of the block metals compare with those of the metals in the s-block and block?
i believe this may help a bit more than the last answer. the p-block has no transition metals and no alkali metals but it does all of the non-metals and semiconductors.
How do the properties of p block metals compare with those of the metals in the s and d blocks?
i believe this may help a bit more than the last answer. the p-block has no transition metals and no alkali metals but it does all of the non-metals and semiconductors.
How do the properties of the p block metals compare with those of metals in the s and d blocks?
i believe this may help a bit more than the last answer. the p-block has no transition metals and no alkali metals but it does all of the non-metals and semiconductors.
How do properties of the p block metals compared with those of the metals in the S and d block?
i believe this may help a bit more than the last answer. the p-block has no transition metals and no alkali metals but it does all of the non-metals and semiconductors.
In which block are the hardest densest metals found s p or d?
The hardest and densest metals are typically found in the d-block of the periodic table, which contains transition metals. Elements such as tungsten, osmium, and iridium, known for their hardness and density, are located in this block. These metals exhibit unique properties due to their electron configuration and metallic bonding characteristics. In contrast, s-block and p-block metals generally have lower densities and hardness compared to those in the d-block.
How do the properties of the p-block metals compare with those is the s-block or d- block?
transition metals have electrons in d orbitals that take part in bonding. T the s and p block elements have no d electrons that take part in bonding, the bonding electrons are all in s and p orbitals. The period 3 and above s and p block elements do have empty d orbitals that take part in bonding.
What are general properties of a metalloid?
The general properties of a metalloid are a combination of the properties of both metals and non-metals. Aside from those properties, they have the unique property of being semi-conductors.
What are the families that contain metals?
Generally those are in d block. p block and SD block containing too.
How do the properties of the transition element compare with those of the alkali metals and alkaline-earth metals?
Transition state metals include a wide variety of metals; they include iron, gold, and Mercury which all have strikingly different properties (hard, soft, and liquid, for example). Nonetheless, a comparison can be made between the transition state metals and the alkali and alkaline earth metals; transition state metals are not as chemically active (some transition state metals are actually inert, such as platinum).
What is the source of a transition metal?
All of them are metals. Those are in the d block.
Compare the properties of a raw egg to those of hard boiling egg?
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What are the six elements that are not metals but have some properties of metals?
The six elements that are not metals but have some properties of metals are hydrogen, boron, silicon, germanium, arsenic, and tellurium. These elements exhibit characteristics such as conductivity and metallic luster, but they do not display all the typical properties of metals.
