Question

Place the capillary tube, still attached
to the ruler, in the water bath.
600 ml
x
com
COMPLETE
Temperature of gas: 44
X = 3 °C Height of the column of gas: 400
= 5.7 cm
Volume of gas (V = serh):
Temperature of gas:
cm3 DONE
Intro

Answer 1

Answer:

Temperature of gas: 3 °C Height of the column of gas: 5.7 cm Temperature of gas: 276k Volume of gas: .72 cm^3

Explanation:

edge 2021

Answer 2

The value of  Temperature is 276K

and of Volume is 0.71592 $cm^{3}$

How to calculate temperature?

As per the formula of conversion of degree Celsius to kelvin temperature

1°C=273K

∴23 °c +273= 276 K

How to calculate volume?

V=π$r^{2}$h

V= volume

r = radius of capillary tube =0.2 cm

h=height of column=5.7 cm

∴V=3.14×$(0.2)^{2}$×5.7

∴V=0.71592$cm^{3}$

Hence, the value of temperature and volume are 276K and 0.71592$cm^{3}$, respectively.

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