Answer:
The strip will bend towards the top
Explanation:
When a certain metal is heated, its length increases according to the equation
[tex]\frac{\Delta L}{L}=\alpha \Delta T[/tex]
where
[tex]\Delta L[/tex] is the increase in length
L is the initial length
[tex]\alpha[/tex] is the coefficient of linear expansion
[tex]\Delta T[/tex] is the change in temperature
Therefore, we see that the larger the coefficient of linear expansion, the more the metal length increases.
Here we have two metals, G on the top of the strip and H on the bottom, and the coefficient of thermal expansion for metal G is less than that of metal H, so
[tex]\alpha_G<\alpha_H[/tex]
This means that as the strip is heated, the length of metal H (on the bottom) will increase more than the length of metal G (on top): and therefore, the strip will bend towards the top (with metal G in the inside of the curve, while metal H on the outside).
The length of metal H will increase more than the length of metal G.
The given problem is based on the concept of thermal expansion. When a certain metal is heated, its length increases according to the thermal expansion equation,
[tex]\dfrac{\Delta L}{L}= \alpha \times \Delta T[/tex]
Here, [tex]\Delta L[/tex] and [tex]\Delta T[/tex] are the change in length and change in temperature respectively and L is the original length. And [tex]\alpha[/tex] is the thermal expansion coefficient.
Therefore, we see that the larger the coefficient of linear expansion, the more the metal length increases.
Here we have two metals, G on the top of the strip and H on the bottom, and the coefficient of thermal expansion for metal G is less than that of metal H. So this means that as the strip is heated, the length of metal H (on the bottom) will increase more than the length of metal G (on top): and therefore, the strip will bend towards the top (with metal G in the inside of the curve, while metal H on the outside).
Thus, we can conclude that the length of metal H will increase more than the length of metal G.
Learn more about the thermal expansion here:
https://brainly.com/question/10866977
