Please solve part i with steps. Thank you.

Problem 6 (16 pts) An open-ended tin can has a hole punched in its bottom. The can is empty and is suddenly immersed in a large fish tank to depth H and then held steady. The area of the hole is 0.5 cm and the horizontal cross-sectional area of the can is 100 cm. Assuming that the flow through the hole in the bottom of the can is frictionless, please determine the following: (i) What is the velocity of the water into the can, v(t), in terms of water level h inside the can? Pls note water level h is a function of time until it reaches H. Hint: Engineering Bernoulli Equation (8 pts) How long does it take the can to fill up to the level of the surrounding water level H? (8 pts) water reserran n