horizontal capillary tube, the rate of capillary flow depends on the surface tension force as wel
iscous force. Lueas and washburn showed that the length (x) of liquid penetration in a horizonta
llary depends on two factors - and time (O). The factor (l) is given by k = 12
erer. T. and n are radius of the capillary tube, surface tension, contact angle and coefficient
cosity respectively. If the length of liquid in the capillary grows from zero to Do in time to
time that will be needed for the length to increases from po 10 4.To is 3nt Find
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