Home
/
Chemistry
/
a Flexible: can be bent into different shapes. 1 Describe four properties of metals that are important for the use illustrated opposite. (The first one has been completed for you.) heating element Heating element in a kettle. b __ __ __

Question

a Flexible: can be bent into different shapes.
1 Describe four properties of metals that are important for the use
illustrated opposite. (The first one has been completed for you.)
heating element
Heating element in a kettle.
b __
__
__

a Flexible: can be bent into different shapes. 1 Describe four properties of metals that are important for the use illustrated opposite. (The first one has been completed for you.) heating element Heating element in a kettle. b __ __ __

expert verifiedVerification of experts

Answer

4.3289 Voting
avatar
TimothyElite · Tutor for 8 years

Answer

b) High Heat Resistance<br /> c) High Electrical Resistance <br /> d) Good Thermal Conductivity <br /> e) Corrosion Resistance

Explain

## Step1: <br />We are asked to describe four properties of metals used in making a heating element for a kettle, based on their importance in context of the application.<br /><br />## Step2: <br />Typically used metals for heating elements are those which produce a large amount of heat even at a lower current passing through them, like Nickel or Chromium. <br /><br />## Step3: <br />The properties of these metals important for this application may be:<br /><br />a. High Heat Resistance: Metals such as these have a high melt point, capable of enduring high temperatures.<br /><br />b. High Elecrical Resistance: These metals have a highe resistance which results in high heat generation that serves as the heating aspect.<br /><br />c. Good Thermal Conductivity: Metals generally have high thermal conductivity, allowing heat to be transferred quickly and efficiently to the liquid in the kettle.<br /><br />d. Corrosion resistance: These said metals should also possess a property of being corrosion resistant in nature to ensure they do not rust or oxidise which could eventually lead to their replacement.
Click to rate:

Hot Questions

More x