Wind and radiation

tail wind

Using a tail

Cycling with a tail wind means that there is less effort required in pedalling. The tail wind is likened to someone pushing you along in the back.

Windmills are typically designed with a tail that acts as a vane to keep the blades facing into the wind. However, if the wind shifts, causing the windmill to turn out of the wind, the tail will help realign the blades back into the wind's direction. This ensures optimal wind power generation.

yes

because it find direction

A comet's tail is caused by the solar wind, a stream of charged particles emitted by the Sun. As the solar wind interacts with the comet's nucleus, it ionizes molecules in the coma (the comet's atmosphere) and causes them to be pushed away from the Sun, forming the tail that points away from the Sun due to pressure from the solar wind.

The tail vane on a wind turbine serves to orient the rotor blades into the wind, ensuring optimal efficiency for power generation. It helps the wind turbine capture the maximum amount of wind energy by keeping the blades facing the right direction.

because of the sun's solar wind.

They can, yes. It's a bit safer to land in the wind than landing with a tail-wind. A pilot can also land an airplane with a cross-wind.

It is pushed away from the sun by the solar wind.

An aerovane is an instrument for measuring wind speed and wind direction, which combines a propeller and a tail on the same axis.

Solar wind makes a comet's tail always point away from the Sun.

A comet may, or may not, have a tail. It will have a tail if it gets sufficiently close to the Sun; in this case, it will start to heat up, part of its material will evaporate, and the solar wind will push this gas out into space.

A comet may, or may not, have a tail. It will have a tail if it gets sufficiently close to the Sun; in this case, it will start to heat up, part of its material will evaporate, and the solar wind will push this gas out into space.

A comet may, or may not, have a tail. It will have a tail if it gets sufficiently close to the Sun; in this case, it will start to heat up, part of its material will evaporate, and the solar wind will push this gas out into space.

A comet may, or may not, have a tail. It will have a tail if it gets sufficiently close to the Sun; in this case, it will start to heat up, part of its material will evaporate, and the solar wind will push this gas out into space.

With zero wind and depending on the model the average 747 will cruise at .82 mach. The ground speed will increase proportionally with the tail wind.

The tail of the comets is caused by the solar wind - particles blown away form the Sun. When the comet is closer to the Sun, the solar wind becomes stronger.

None. Comets have a tail, but that's not "usually", only when they are close to the Sun (which is when we see them, of course). Most of the time, when they are far away from the Sun, they have no tail. The tail is caused by the solar wind.

The symbol for calm wind on a weather map is a circle with no tail or barb, indicating wind speeds are less than 1 knot. It represents light or no wind conditions.

it takes 5 hours with a tail wind

it is aprox. 6 hours with a tail wind.

Solar wind

It is pushed away from the sun by the solar wind.

away from the sun, as it is influenced by the solar wind. The ion tail is made up of charged particles that are repelled by the solar wind, causing it to always point in the opposite direction of the sun.

If it's the kind of wind vane I'm thinking of, it has a pointy end and the tail end. The tail end has fins or other things sticking out of it that catch the air and create drag. So that end will go 'downwind" or the way the wind is GOING.

The other end of this stiff metal object will then point INTO the wind, meaning it points the direction the wind is coming from. This narrow pointy end does not give the wind much resistance compared to the tail. So that's why the tail end goes downwind and the stick or bar pivots on an axis and the pointy end points into the wind.

A comet's tail is pushed away from the comet by solar wind. if the comet is moving away from the sun, the tail will be pushed ahead of its trajectory.

The tail causes drag and keeps the kite stable. By pulling down, on the part of the kite it is attached to, it keeps it orientated upright and more stable.
The longer the tail, the more drag. A short tail, may not be enough in a strong wind to stabilise the kite. A tail that is too long, may cause difficulties in getting it off the ground in a light wind.

The tail causes drag and keeps the kite stable. By pulling down, on the part of the kite it is attached to, it keeps it orientated upright and more stable.
The longer the tail, the more drag. A short tail, may not be enough in a strong wind to stabilise the kite. A tail that is too long, may cause difficulties in getting it off the ground in a light wind.

A kite typically flies better with a longer tail, as it provides more stability and helps to balance the kite in the wind, reducing wobbling. A short tail may not offer enough stability, leading to erratic flight patterns. However, the optimal tail length can vary depending on the kite's design and the wind conditions. Ultimately, the right tail length enhances the kite's performance and altitude.

10.08 to 10.10 thereabouts

Took me 11hours with a strong tail wind,

to balance the weight of the kite against the wind

Away from the Sun. The tails is caused by the solar wind.

The tail of a comet is shaped by the solar wind, which pushes the gas and dust particles emitted from the comet's nucleus away from the Sun. The particles are ionized by sunlight and are then affected by the Sun's magnetic field, forming the distinctive shimmering tail.

Fairy Tail - 2009 Fairies in the Wind 1-6 was released on:

Japan: 16 November 2009

USA: 22 November 2011 (DVD premiere)

I don't think it would stretch out. The tail is the result of the comet evaporating; the tail goes away from the Sun, as a result of the solar wind.

Yes it does. The tail is formed from the cosmic 'wind' hitting the comet as it comes close to the Sun. Since the cosmic wind is always blowing away from the Sun's surface - the comet's tail will always stream away from the Sun.

Yes, a comet's tail always points away from the sun due to the solar wind. As the comet travels in its orbit, the pressure of the solar wind pushes the gas and dust in the tail away from the sun, creating the iconic tail that points in the opposite direction of the comet's movement.

It depends on your altitude and the speed at which you are flying at... and whether you have a head wind or tail wind but approximately 2.5 hours...

The dust tail and the gas tail BOTH point away from the Sun (or in the direction of the Solar Wind). As the gas tail is a little less dense, its point is a little more directly away.

approx. 6 hours with a tail wind

It will take at least 8 hours with a tail wind

To Balance the kite against the wind but it also look nice

it is 6 1/2 hours with a tail wind

Away from the Sun. The tails is caused by the solar wind.

Approximately 14.6 meters with a good tail wind.

A comet's "tail", which is not really a tail, at all, it is a collection of ice molecules that the "solar wind" has blown off of the comet's surface. Naturally, the "tail" would then point away from the Sun. (The solar wind is actually a constant stream of extremely high speed, high energy subatomic particles that shoot out of the Sun continuously).

We need a different name than "tail", don't we!

Stego can learn spike tail, whrilling dash,wind spines, harden and the team skill, wind storm

A wind vane works by using a freely rotating arrow or pointer that aligns itself with the direction of the wind. The tail of the wind vane is designed to catch the wind, causing the arrow to point in the direction from which the wind is coming. This allows people to easily determine the wind's direction by observing the position of the arrow on the wind vane.

The tail of a comet can extend for millions of miles. It is primarily composed of dust and gas particles that are pushed away from the comet's nucleus by the solar wind.