Yes, the water pressure at the bottom of a cone is greater than at the bottom of a cylinder. This is because the shape of a cone allows for the force of the water to be concentrated at the bottom, resulting in a higher pressure.
Yes, the height of a cone does affect the water pressure. As the height increases, the water is able to exert more force on the bottom, resulting in a higher pressure. This is due to the increase in potential energy of the water as it moves from a higher point to a lower point.
The volume of a cone is one third of the volume of a cylinder with the same base and height. This means that a cone holds less water than a cylinder with the same dimensions. However, the water pressure at the bottom of a cone is still greater due to its shape.
No, the water pressure of a cone is not always greater than a cylinder. It depends on the dimensions and shape of the cone and cylinder. If the cylinder has a larger diameter and shorter height than the cone, it may have a higher water pressure at the bottom.
Yes, the shape of a cone can be altered to increase the water pressure. By making the cone taller and narrower, the force of the water can be concentrated even more at the bottom, resulting in a higher pressure. However, this may also affect the volume of water the cone can hold.