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Agnibho Dutta
Agnibho Dutta
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If the area of the hole approaches that of the container's cross-section, the entire fluid just "falls" out of the container;container in bulk; there is no jet efflux. So, in such a case it is not meaningful to apply Torricelli's theorem.

Torricelli's theorem is based on Bernoulli's Principle, which assumes steady flow. In such a case, the flow is not steady. So, the theorem cannot be applied.

If the area of the hole approaches that of the container's cross-section, the entire fluid just "falls" out of the container; there is no jet efflux. So, in such a case it is not meaningful to apply Torricelli's theorem.

Torricelli's theorem is based on Bernoulli's Principle, which assumes steady flow. In such a case, the flow is not steady. So, the theorem cannot be applied.

If the area of the hole approaches that of the container's cross-section, the entire fluid just "falls" out of the container in bulk; there is no jet efflux. So, in such a case it is not meaningful to apply Torricelli's theorem.

Torricelli's theorem is based on Bernoulli's Principle, which assumes steady flow. In such a case, the flow is not steady. So, the theorem cannot be applied.

Source Link
Agnibho Dutta
Agnibho Dutta
  • 106
  • 8

If the area of the hole approaches that of the container's cross-section, the entire fluid just "falls" out of the container; there is no jet efflux. So, in such a case it is not meaningful to apply Torricelli's theorem.

Torricelli's theorem is based on Bernoulli's Principle, which assumes steady flow. In such a case, the flow is not steady. So, the theorem cannot be applied.