ricky882 said:
Fluids are substances that can flow and take on the shape of their container. Some common examples of fluids include water, oil, and air.
The distance from the dam base to where the stream hits the ground will depend on various factors such as the height of the dam, the velocity of the stream, and the angle at which the stream is released from the dam. Additionally, the topography of the surrounding area can also affect the distance. A more accurate determination of this distance would require a detailed analysis of these factors.
The shape of a dam can play a significant role in determining the distance of the stream from the base. A curved or arched dam can create a longer path for the stream to travel, resulting in a greater distance from the base. On the other hand, a straight or angled dam may allow the stream to hit the ground closer to the base.
Yes, the velocity of the stream can be altered to change the distance from the base. Increasing the velocity of the stream can result in a longer distance from the base, while decreasing the velocity can bring the stream closer to the base. However, this change in distance will also depend on the other factors mentioned above.
Topographical features such as hills, valleys, and other obstructions can affect the distance of the stream from the base. These features can either allow the stream to travel a longer distance before hitting the ground, or they can block the stream and cause it to hit the ground closer to the base. The specific impact will depend on the location and layout of these features in relation to the dam.