Seasons

In many places, November is considered the transition month from autumn to winter. So while it may not technically be winter yet, the weather and temperatures in November can often reflect winter conditions.

Leaves typically turn red and gold in the fall, also known as autumn. This change in color is due to the colder weather and shorter days, which result in the breakdown of chlorophyll in the leaves, revealing the red and yellow pigments that were masked during the summer.

There is no official date for autumn that carries any legal sanction like the days, months, and years that are the official/legal units of time. The World Meteorological Organization designates September 1 local time as the first day of the climatological autumn season. The International Astronomical Union designates the Autumnal Equinox as the beginning of the astronomical autumn season. In 2010, this falls on September 22 across most of North America and September 23 across Europe and Atlantic Canada. The astronomical seasons have been picked up and heavily promoted by the mass media, educators, and calendar makers. In fact though, the conventional astronomical reckoning has no more official status than any other method of determining seasonal change. The ecological autumn season begins locally whenever the leaves of deciduous trees change colour and begin to fall to the ground. The timing of this varies from one region to another and can even shift from one year to the next.

The distance between the sun and the earth gives real meaning to temperature. We revolve around the sun in an oval-like pattern. At the furthest part we're in winter, we have less heat and therefore snow [Winter] As the Earth gets closer, it gains more heat from the sun [Summer] And all the distances in between make seasons like Fall or Spring.... Our Earth's axis spins around once every 24 hours (about), and doesn't contribute much to the season.

-Des

The month that follows May is June.

During winter, the Earth is tilted away from the sun, causing the sun's rays to hit the surface at a shallower angle. This results in less sunlight reaching the Northern Hemisphere, where winter occurs. As a result, days are shorter during winter because there are fewer hours of sunlight available.

they need warm water to get energy and on land in the winter you have cold water which will not provide a hurricane with energy :D gotta love highschool geography!

It's described as cold usually or that there will be bad weather.

The Earth is tilted on its axis at approximately 23.5 degrees. This tilt is what causes the change in seasons as different parts of the Earth receive varying amounts of sunlight throughout the year.

Seaside, OR typically has around 160 days of sunshine per year.

due to the curvature of the earth,the amount of solar energy received varies according to latitude.As a result temperature generally decreases from the equator towards The Poles.As one goes from the surface of the earth to higher altitudes atmosphere becomes less dense and temperature decreases.The hills are therefore cooler during summer.

Sunset times occur later in summer and earlier in winter due to the tilt of the Earth's axis. In summer, the Northern Hemisphere is tilted towards the sun, leading to longer days and later sunsets. In winter, the Northern Hemisphere is tilted away from the sun, resulting in shorter days and earlier sunsets.

summer solstice on june 21-22

Winter solstice on december 21

Yes, respiration can occur both day and night. In plants, respiration occurs continuously to generate energy for growth and metabolism. In animals, respiration also continues day and night to supply the body with oxygen and remove carbon dioxide.

Autumn in India typically falls in the months of September, October, and November. This season is characterized by cooler temperatures and the transition from the rainy monsoon season to drier weather.

Seasons on Earth are caused by the tilt of the Earth's axis as it orbits around the Sun. The angle of sunlight hitting different parts of the Earth changes throughout the year, creating variations in temperature and daylight hours that we experience as seasons.

Yes, latitude and altitude both play a significant role in determining temperatures and weather patterns. Latitude affects the amount of sunlight a location receives, influencing temperature variations between seasons. Altitude generally causes lower temperatures due to a decrease in air pressure and can lead to different weather patterns such as increased precipitation or cloud cover.

In The Online World It Says That, "Humidity is the measure of the percentage of water vaporization in the air. When there is high humidity, less sweat from your skin evaporates into the air because the air has too much water already. Sweat evaporating cools you because the process of evaporation absorbs heat from you body. Hence, you feel uncomfortable because your body cannot get rid of heat from sweat. "

This climate is characteristic of a humid subtropical climate. It typically features long, hot summers with high levels of humidity and short, mild winters._precipitation is relatively evenly distributed throughout the year.

Regions near the 30-45 degree latitudes typically experience hot summers, cold winters, and moderate spring and fall seasons. These latitudes are often influenced by the subtropical highs in summer and polar air masses in winter, resulting in distinct seasonal changes. Examples of regions in this range include parts of the United States, southern Europe, and East Asia.

No, the duration of sunshine during winter depends on the region's latitude. In some regions, the sun may shine for a shorter period of time during winter due to the Earth's axial tilt.

when the angle of sunlight is 90 degree the sun is directly above you and is very much hotter. this was about the weather and now about the season. the angle of the sun afffect the season of the earth

Clothes do not dry faster in the rainy season because the increased humidity in the air slows down the evaporation process. The moisture in the atmosphere makes it harder for clothes to release their own moisture, prolonging the drying time. Additionally, rain can further dampen the clothes, making it more challenging for them to dry out.

Spring is often thought of as the period between the vernal equinox in late April and the summer solstice in late June; meteorological spring is the period from March 1 to May 31.

Because a thermal engine efficiency is directly linked to the difference of the temperature of the gases involved .As the gasoline burns at a set temperature , the lower winter temp helps to widen the temp differential between the ignited gasoline and exaust. Unfortunatley the colder air is more dense and generate more drag than in summer , more than negating the increased engine efficiency.

To put it in rough numbers , you may get 0.5% more engine efficiency but you lose some 4% more to extra drag.