An off-shore wind would blow smoke towards the sea.
The ocean is warmer than the land, so the air above it rises faster and has to be replaced by air originally over the land. Opposite of "sea breezes". Happens mostly early in the day.
You should be more careful about radiation at the summit of a mountain, as higher altitudes expose you to more cosmic radiation due to reduced atmospheric shielding. On the beach, radiation risks are generally lower, but exposure to UV radiation from the sun can still be a concern and sun protection is important.
The question is not clear: How far can YOU see something WITH candle light? OR:How far can a lit CANDLE be seen? Its a matter of defining conditions. An observer that has been all day at the beach without sunglasses, has a much lower chance of seeing anything with candlelight the same days night, for example. Questions have to be clearly written. amclaussen
how does the moons gravitational pull affect me if i was on the beach
When you are on the beach, during the day the sun heats the land and makes the air above it hot this air rises and pulls in air from the sea to replace it, this is a sea breeze.At night the land cools down and when it is colder than the sea (which remains almost the same temperature day and night) then hot air rises from the sea surface and it pulls in air form the land, this is a land breeze.
The ocean is warmer than the land, so the air above it rises faster and has to be replaced by air originally over the land. Opposite of "sea breezes". Happens mostly early in the day.
Atmospheric pressure decreases as one ascends from the beach to the mountains.
The ocean is warmer than the land, so the air above it rises faster and has to be replaced by air originally over the land. Opposite of "sea breezes". Happens mostly early in the day.
Warm air moves from a beach toward the ocean by convection.
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A sea breeze occurs when cool air moves from the beach toward the ocean at night.
The amount of water moving toward a beach, and the underwater terrain moving away from the beach.
For there to be little to no wind breeze at the beach, the atmospheric pressure would need to be stable and there would need to be a lack of temperature variations that usually create wind. Additionally, geographical features like hills or buildings blocking the wind can also contribute to calm conditions at the beach.
The Normandy beach inward........ toward Paris....
It would be 1.0 ATM because it is at sea level.
The fastest route from Reno, NV, to Huntington Beach, CA, typically involves taking I-80 W to I-5 S. You would start by heading south on US-395 from Reno, then merge onto I-80 W toward Sacramento. From I-80, switch to I-5 S, which will take you directly toward Southern California and eventually lead you to Huntington Beach. This route usually takes around 8-9 hours, depending on traffic conditions.
The answer to your question depends on the weather and ocean conditions at the beach today. It is recommended to check the surf forecast and current conditions before heading out to surf.