The direct and indirect sunlight takes effect on seasons because it could be day or night 24/7. Also it determines what season it is.
The cause of the seasons is the tilt of the Earth's axis as it orbits the sun, resulting in varying amounts of sunlight reaching different parts of the planet at different times of the year. This causes changes in temperature and weather patterns, leading to the different seasons (spring, summer, fall, winter).
If a mirror reflects direct sunlight into a stage aperture, it can create a blinding effect for performers or audience members. This intense light can be distracting and potentially harmful to the eyes. It is important to avoid such situations for the safety and comfort of those involved.
Tinfoil reflects sunlight because it has a smooth and shiny surface that does not absorb much light. Instead, the surface of the tinfoil bounces the light off in a similar manner to a mirror, creating a reflective effect that can be observed when placed in direct sunlight.
the revolution causes the changes of whether and the wherther causes the change in seasons. the revolution causes the changes of whether and the wherther causes the change in seasons. the revolution causes the changes of whether and the wherther causes the change in seasons.
Seasonal changes are primarily caused by the tilt of the Earth's axis and its orbit around the sun. The tilt of the Earth causes different regions to receive varying amounts of sunlight throughout the year, leading to changes in temperature and weather patterns. The Earth's orbit around the sun also influences the intensity and duration of sunlight received, resulting in the four seasons.
Not much. The seasons are driven primarily by how much direct sunlight the Earth receives at a given latitude.
Well, as an example, a direct effect would be a city being destroyed because of a tsunami. An indirect effect of that tsunami would be if jelly first population started thriving in the rubble of the flooded city. So, a direct effect is an immediate reaction due to the disaster while an indirect effect would be a reaction that is caused because of a direct effect of the disaster.
The direct effect was that France was washed away and the indirect effect was that England had a war with France an as a result,France was washed away.
Direct Contacts are the individuals who are the first recipient of the information and Indirect Contacts are the ones who receive the information through the Direct Contacts. Indirect Contacts in sales is also termed as a Trickle Down Effect.
yes
Our axis is *tilted* about 23.5 degrees from our plane of orbit... so, during our summers, the north pole is tilted *toward* the sun, and we get longer days, and more direct sunlight - heating the northern hemisphere. In the winter, it's the opposite effect, and we get much shorter days (and longer nights), and more indirect sunlight. This makes for cooler days, and colder temperatures.
Our axis is *tilted* about 23.5 degrees from our plane of orbit... so, during our summers, the north pole is tilted *toward* the sun, and we get longer days, and more direct sunlight - heating the northern hemisphere. In the winter, it's the opposite effect, and we get much shorter days (and longer nights), and more indirect sunlight. This makes for cooler days, and colder temperatures.
Direct sunlight tends to raise temperatures rapidly due to its high intensity, while slanted sunlight has a less intense effect, leading to more gradual warming. Direct sunlight heats surfaces directly below it, whereas slanted sunlight covers a wider area and may result in more uniform warming.
Indirect refers to something that is not straightforward or done in a roundabout way. It may involve using intermediaries or having an effect that is not immediately obvious or direct.
their is a blinding effect of the performers
The result of something happening is the outcome or consequence that occurs as a direct or indirect effect of the initial event.
If Earth's axis were not tilted, there would be no seasons as we know them. The tilt of Earth's axis is what causes different parts of the planet to receive more direct sunlight at different times of the year, creating the four seasons. Without this tilt, the amount of sunlight reaching each area of the Earth would remain constant throughout the year, leading to a more consistent climate globally.