A glass capillary with inner diameter of $$0.40\ \text{mm}$$ is vertically submerged in water so that the length of its part protruding above the water surface is $$h=25\ \text{mm}$$. Surface tension of water is $$T=0.073\ \text{N m}^{-1}$$. Since the water wets the glass completely, it may be concluded that the

A

length of capillary above the water surface is insufficient so the water will flow out as a fountain

B

water will rise up to the brim forming a meniscus of radius $$1.2\ \text{mm}$$ at the top

C

water will rise up to the brim forming a meniscus of radius $$0.6\ \text{mm}$$ at the top

D

water will rise up to the brim forming a meniscus of radius equal to radius of the capillary