Question 4\

(0)/(1)

point\ A rod has a length

2.00000m

at

10.0\\\\deg C

. The length of the rod increases to

2.00060m

when the temperature increases to

30.0\\\\deg C

. What is the coefficient of linear expansion of the material from which the rod is made?\

2.0\\\\times 10-(5)/(K)\ 2.5\\\\times 10-(5)/(K)\ 1.5\\\\times 10-(5)/(K)\ 1.0\\\\times 10-(5)/(K)\ 1.0\\\\times 10-(3)/(K)

\ Question 6\

(0)/(3)

points\ The

56.0kg

lead piston shown in the figure floats on 0.10 mol of compressed air at

31.0\\\\deg C

and

h_(1)

height (To be able to find the subsequent asked quantity you need to find this height first). How far, in

cm

, does the piston move if the temperature is increased by

85.0\\\\deg C

? The diameter of the bottom is

D=16.0cm

. Provide your answer with two significant figures. Do Not round till the last step. When rounding, in case of a 5 , round it up.

A rod has a length 2.00000m at 10.0C. The length of the rod increases to 2.00060m when the temperature increases to 30.0C. What is the coefficient of linear expansion of the material from which the rod is made? 2.0105/K2.5105/K1.5105/K1.0105/K1.0103/K Question 6 0/3 points The 56.0kg lead piston shown in the figure floats on 0.10 mol of compressed air at 31.0C and h1 height (To be able to find the subsequent asked quantity you need to find this height first). How far, in cm, does the piston move if the temperature is increased by 85.0C ? The diameter of the bottom is D=16.0cm. Provide your answer with two significant figures. Do Not round till the last step. When rounding, in case of a 5 , round it up