Find the area of the flowing substance (at right angles to the flow) and multiply by the speed at that location.
Flow rate is volume divided by time, such as cubic meters per second or cubic feet per second.
Let's say you have a stream emptying into the ocean that is 20 meters wide. The average depth at that location is about 5 meters. The average flow rate is 2 meters per second.
20 m x 5 m = 100 m^2 area of flow.
2 m/s x 100 m^2 = 200 m^3/s, 200 cubic meters per second.
There are problems with all of these measurements, so there will be some uncertainty in your answer. Streams don't have the same depth all the way across, and tidal flow is in both directions and varies all the time. You would have to figure out some kind of average depth and speed.
A tidal wave.
The phone number of the Carol Stream Public Library is: 630-653-0755.
If you are streaming audio, you can usually set the stream to a lower transfer rate. The sound quality may suffer a little but it usually clears up the buffering.
The US peninsula explored by Captain Cook that experienced a tidal wave that destroyed its main port is the Alaska Peninsula. In 1788, Cook sailed along the peninsula and encountered a massive tidal wave that devastated the main port of the area, which is now known as Cook Inlet.
Yes. Germany uses the Euro. The exchange rate today (27JAN2010) is 1 Swiss franc = 0.679054861 Euros. You can find the current exchange rate at the link below.
The tidal current in the Orkneys is known as the "Atlantic Orkney Tidal Stream."
Pulmonary Ventilation = Tidal volume X ventilation rate Simply rearrange the equation to find tidal volume Tidal volume = Pulmonary ventilation / ventilation rate Pulmonary ventilation is the volume of air moved into the lungs in one minute Tidal volume is the volume of air breathed in in one breath whilst at rest Ventilation rate is the number of breaths taken in one minute
Tidal Turbines work when the tide goes in and out. The force from the movement of the water spins the turbines.
tidal waves i beileve
Minute volume is calculated by multiplying tidal volume by breath rate. Tidal volume is the amount of air inhaled or exhaled in one breath, while breath rate is the number of breaths taken per minute. By multiplying tidal volume and breath rate, you can determine the amount of air exchanged in one minute.
Tidal energy can be used to generate electricity through tidal stream systems, which harness the kinetic energy of moving water, or through tidal barrage systems, which use the potential energy of changing water levels to turn turbines and generate power.
The mouth of a river where it meets the sea, with a mixing of fresh and salt tidal water
No, tidal energy can be harnessed in other locations with strong tidal currents, not just near islands. While islands with extreme tides are suitable for tidal energy production, other areas with strong tidal flows, such as narrow straits or estuaries, can also be utilized for tidal energy generation.
tidal volume x breathing rate
Tidal energy is a renewable source that can be conserved by using efficient tidal energy technologies, such as tidal stream turbines and barrages, to harness the energy from the moving tides. Implementing proper maintenance and monitoring of tidal energy infrastructure can also help in conserving tidal energy resources for long-term sustainability. Reducing energy losses during the conversion and transmission processes can further enhance the conservation of tidal energy.
To conserve tidal energy, we can harness it efficiently by using advanced tidal energy technologies like tidal stream generators. Additionally, implementing proper planning and management strategies can help maximize the utilization of tidal energy resources. Finally, raising awareness and promoting the benefits of tidal energy can encourage more widespread adoption and support for this renewable energy source.
Tidal energy is being used in various ways, including generating electricity through tidal power plants, supporting marine research with autonomous tidal energy platforms, and powering small-scale devices like buoys and tidal stream turbines. Additionally, some countries have implemented tidal energy technologies to contribute to their renewable energy goals.