### Problem 3. Rising SnakeA snake of length \( L \) and linear mass density \( \rho \) rises from the table from rest. It pushes its head straight up with the constant velocity \( v \). The part of the snake that is on the table is not moving.1. **What is the normal force that the snake exerts on the table?**2. **What is the tangential (parallel to the surface of the table) force that the snake exerts on the table?**3. **What is the minimal coefficient of friction between the snake and the table which would allow the snake to raise like that?**4. **What is the total mechanical work which the snake will have done when it rises to its full length?**This problem explores the dynamics and forces involved when a snake rises vertically from a table. It involves concepts such as normal force, tangential force, coefficient of friction, and mechanical work.

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Answered: Problem 3. Rising Snake A snake of…

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