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What Waves in a lake are 5.00 m in length and pass an anchored boat 1.25 s apart the sped of the wave is?
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∙ 6y ago
what answwer the 1.25s 5.00m what solve it
Irish Espelimbergo
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What is the danger of anchoring a fishing boat from the stern?
Capsizing due to water coming over the transom - the back of the boat. Wind pushes the boat away from the anchor. When the boat is anchored from the bow, this allows the boat to cut through the waves just as when you are underway. When anchored from the stern, waves hit the back of the boat and enter the boat.
What is the major danger of anchoring a boat from the stern?
Capsizing due to water coming over the transom - the back of the boat. Wind pushes the boat away from the anchor. When the boat is anchored from the bow, this allows the boat to cut through the waves just as when you are underway. When anchored from the stern, waves hit the back of the boat and enter the boat.
What is a major danger from anchoring a boat from the stern?
Capsizing due to water coming over the transom - the back of the boat. Wind pushes the boat away from the anchor. When the boat is anchored from the bow, this allows the boat to cut through the waves just as when you are underway. When anchored from the stern, waves hit the back of the boat and enter the boat.
What is the major danger anchoring a fishing boat from the stern?
Capsizing due to water coming over the transom - the back of the boat. Wind pushes the boat away from the anchor. When the boat is anchored from the bow, this allows the boat to cut through the waves just as when you are underway. When anchored from the stern, waves hit the back of the boat and enter the boat.
What is the major danger of anchoring a fishing boat from a stern?
Capsizing due to water coming over the transom - the back of the boat. Wind pushes the boat away from the anchor. When the boat is anchored from the bow, this allows the boat to cut through the waves just as when you are underway. When anchored from the stern, waves hit the back of the boat and enter the boat.
What is the major danger of anchoring fishing boat from the stern?
Capsizing due to water coming over the transom - the back of the boat. Wind pushes the boat away from the anchor. When the boat is anchored from the bow, this allows the boat to cut through the waves just as when you are underway. When anchored from the stern, waves hit the back of the boat and enter the boat.
What is a major danger of anchoring a fishing boat from the stern?
Capsizing due to water coming over the transom - the back of the boat. Wind pushes the boat away from the anchor. When the boat is anchored from the bow, this allows the boat to cut through the waves just as when you are underway. When anchored from the stern, waves hit the back of the boat and enter the boat.
Can you use anchored in a sentence?
The boat was anchored to the ocean floor.
What does it mean if a boat is anchored?
A anchored boat is when the boat has sent down a rope with i massive hook (called an anchor) and then the ship has stopped so the boat will not move. :) sorry if you dont understand
A boat at anchor is rocked by waves whose crest are 40m apart and whose speed is 10m per s these waves reach the boat once every?
4 seconds
What could happen if you anchor a boat from the stern?
There are vessels designed to to specifically anchor from the stern of the vessel. However if you mean a "fishing boat" as a small recreational or "pleasure" craft like a bass boat, it is almost NEVER recommended to anchor from the transom of a boat. This is especially true if you have any type of current or sea state (even lake or wind waves) as your stern is the lowest part of the boat to the waterline and swamping can happen fast. I have personally seen it at the mouth of the Columbia River bar located in Pacific Northwest. Not to mention you run the risk of fouling your props with the anchor rode.
A boat at anchor is rocked by waves whose crest are 40m apart and whose speed is 10ms these waves reach the boat once every?
You are supposed to use the basic formula for waves: speed = wavelength x frequency. In this case, you have to solve for frequency. (The period is the reciprocal of the frequency.)
