The is most likely to bend without breaking element is cobalt because of the following. There are many engineering uses for this. See the answer to your question:
SOLVED most likely ion element symbol of ion type of ion 3 + Sc
To determine which element is most likely to bend without breaking, we need to consider the property known as ductility. ductility refers to the ability of a material to be stretched into a.
Among the elements listed—carbon (c), iodine (i), silicon (si), and cobalt (co)—silicon (si) is the most likely to exhibit the property of bending without breaking, particularly in its various forms.
Click here 👆 to get an answer to your question ️ which element is most likely to bend without breaking? Metals are ductile that is the can be drawn into small. Carbon can also exhibit some flexibility depending on its allotrope, but it is more. The element most likely to bend without breaking is silicon (si).
The element most likely to bend without breaking is cobalt (co), due to its ductile metallic properties. Which element is most likely to bend without breaking? Graphite has layers that can slide over each other, allowing it to bend without. To determine which element is most likely to bend without breaking, let's consider the physical properties of the given elements:
Carbon (c), iodine (i), silicon (si), and cobalt (co).
Which element is most likely to bend without breaking? Carbon can exist in different forms with varying bonding structures. Study with quizlet and memorize flashcards containing terms like *which element is most likely to bend without breaking?* carbon (c) iodine (i) silicon (si) cobalt (co), *metals are used in many. Carbon (c) iodine (i) sillicon (si) cobalt (co)
Ductile materials can be deformed without breaking or losing their. Elements can be of two type: Cobalt is the element which is most likely to bend without breaking. Identify the property that allows a material to bend without breaking.
Its electron configuration, [a r] s 2 3 d 7 [ar] 4s^2 3d^7, allows cobalt to exhibit a variety of oxidation states, contributing to its ability to form strong chemical bonds.
Cobalt (co) is the correct answer. The property we are looking for is ductility.
