A water tank has four taps fixed at points A, B, C, D as shown in Fig. 11.4. The water will flow out at the same pressure from taps ata)A and Bb)C and Dc)B and Cd)A and CCorrect answer is option 'C'. Can you explain this answer?

Question

Answer

Then water will flow out with the same pressure from the taps B and D because they are at same height as compared to each other and as we that the liquid exerts the equal pressure at the same depths. Hence option B is the correct answer.

Answer

The answer is B and C point because they both are almost in the same level i.e they both are in almost the same the same distance from the surface of water
the pressure acting on them is almost same, so when B and C are left open, the water from them which has the almost pressure, will almost go same distance away from the container. I hope my theory was helpful !

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Answer

The taps B and C are at the same level of the water column and we know that the water maintains equal pressure every where at the same level.

Answer

B and c

Answer

I think B and C is the correct answer.
because A and D is not at same level
but B and C are at same level.
then pressure on the points will
be same

Answer

From the figure, B and C are at the same level, hence pressure will be same at the B and C

Answer

A water tank has four taps fixed at points A, B, C, D as shown in Fig.... Then water will flow out with the same pressure from the taps B and D because they are at same height as compared to each other and as we that the liquid exerts the equal pressure at the same depths. Hence,
option B is the correct answer.

Answer

Option c is correct answer
b and c

Answer

Explain this answer

Answer

Understanding Muscular Force
Muscular force, commonly referred to as contact force, is the force exerted by muscles to produce movement or maintain stability.
Definition of Muscular Force
- Muscular force is generated through the contraction of skeletal muscles.
- It allows organisms to perform a variety of physical activities, such as walking, lifting, and pushing.
Contact Force Explained
- Contact forces are those that occur when two objects are in physical contact with each other.
- Muscular force is a prime example of contact force because it requires direct interaction between the muscles and the object being moved.
Types of Forces
- Non-contact forces (like gravitational, magnetic, and electrostatic forces) act at a distance without physical touch.
- Muscular force, being a result of muscle action, is not a non-contact force; hence, it cannot be categorized as such.
Importance of Muscular Force
- It is essential for movement in animals and humans, allowing for actions like running, jumping, and carrying objects.
- Understanding muscular force helps in fields such as sports science, physiotherapy, and biomechanics.
By recognizing muscular force as a contact force, we can better understand its role in everyday physical activities and its significance in the scientific study of motion and mechanics.

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