An engineer is designing a new phone and is in the process of choosing the elements to make up the phone that match her vision. The elements she has available to her are nickel, silicon and iodine. a) She envisions an outer frame that is sleek, shiny and durable. Which element should she pick for the outer frame and why? b) For the microchip of the device, she needs a material that will conduct electricity but she cannot use a metal (she worries a metal will conduct too well "shorting" the device). Which material should she chose and why?
An engineer is designing a new phone and is in the process of choosing the elements to make up the phone that match her vision. The elements she has available to her are nickel, silicon and iodine.
a) She envisions an outer frame that is sleek, shiny and durable. Which element should she pick for the outer frame and why?
b) For the microchip of the device, she needs a material that will conduct electricity but she cannot use a metal (she worries a metal will conduct too well "shorting" the device). Which material should she chose and why?
Different elements shows different physical and chemical properties .
There are elements which are shiny due to lustre properties and some are very conductive essntially metals.
There are some metals which are ductile and some others are semiconductors etc. Based on these features, there are wide applications in all field for almost all elements.
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