It is because the vertical rays covers the larger surface area where as the slanting rays does not.
During the summer, the Earth receives more direct sunlight due to the tilt of its axis, which is oriented toward the Sun. This results in longer daylight hours and higher solar angles, leading to increased intensity of sunlight and warmer temperatures. The combination of direct rays and longer days contributes to the characteristic heat of summer.
Seasonal variations in solar heat on Earth are primarily caused by the tilt of the Earth's axis and its orbit around the Sun. The Earth's axial tilt, approximately 23.5 degrees, means that different regions receive varying amounts of sunlight throughout the year, leading to changes in temperature and climate. During summer in one hemisphere, that region is tilted towards the Sun, receiving more direct sunlight and longer days, while the opposite hemisphere experiences winter with less direct sunlight and shorter days. This axial tilt, combined with the elliptical shape of Earth's orbit, drives the seasonal variations in solar heat.
A sandy shore becomes hot on a sunny day primarily due to its ability to absorb and retain heat from sunlight. The sand's low thermal conductivity means it heats up quickly when exposed to direct sunlight, while its light color reflects some solar radiation. Additionally, the lack of moisture in the sand amplifies its temperature, making it feel particularly hot underfoot. As a result, the combination of direct sunlight, sand properties, and environmental conditions leads to a hot sandy shore.
A person who hates the sun may be referred to as a "solophobic." This aversion could stem from a variety of reasons, including a dislike of heat, sensitivity to sunlight, or negative experiences associated with sunny weather. Such individuals might prefer cooler, shaded environments and often seek to avoid direct sunlight for comfort or health reasons.
With the exception of Alaska, it is closer to the North Pole and further from the equator than any of the other states.^^ also, canda's latitudes mean that it receives less direct sunlight then we would^^^^ basically its further away from the equator.Canada is north of the U.S. where it does not get the sunshine and heat that more southern areas get.
Indirect sunlight does not directly cause heat, as it does not produce the same amount of radiant energy as direct sunlight. However, indirect sunlight can still contribute to heating an area by warming surfaces and objects that absorb and then re-emit the heat.
Indirect sunlight produces less heat compared to direct sunlight because it is diffused and scattered before reaching the surface. Direct sunlight carries more heat energy as it is more concentrated, whereas indirect sunlight spreads the heat over a larger area, resulting in less intense warmth.
Direct sunlight produces more heat than indirect sunlight. Direct sunlight is more intense and focused, resulting in higher temperatures compared to diffuse or scattered sunlight.
Direct sunlight is when the sun's rays hit a plant directly, while indirect sunlight is when the sun's rays are filtered or reflected before reaching the plant. Direct sunlight provides more intense light and heat, which can promote faster growth and flowering in plants. Indirect sunlight is gentler and can be beneficial for plants that prefer lower light levels or need protection from intense sunlight. Overall, the amount and type of sunlight a plant receives can significantly impact its growth and development.
Yes, direct rays heat a place more than indirect rays. Direct rays are concentrated and deliver more energy per unit area compared to indirect rays, which are more dispersed and have lower energy intensity. This is why direct exposure to sunlight can feel much warmer than being in the shade on a sunny day.
direct rays are from the sun and indirect rays are from something else, like it was reflected or something(ex:the moon. It bounces the sun's rays) AKT♥
Direct solar thermal systems use sunlight to directly heat a fluid or material, such as water or air, for applications like heating homes or generating electricity. Indirect solar thermal systems use sunlight to generate heat that is then transferred to a separate fluid or material for storage or distribution, providing more flexibility in usage.
of course it does
No, photosynthesis does not produce heat during the process of converting sunlight into energy. Instead, it converts sunlight into chemical energy in the form of glucose.
With a direct fired system the airflow goes directly over the flame. An indirect fired air heater has a heat exchanger that the air passes over. Indirect units provides heat without contamination from combustion by-products.
The moon does not generate heat for the earth. It reflects sunlight that warms the earth during the day, but it does not produce its own heat source. The moon's surface temperature can vary greatly, being extremely hot in direct sunlight and very cold in shadowed areas.
When hydrogen and chlorine react in direct sunlight, they undergo a very rapid and exothermic reaction, forming hydrogen chloride gas. This reaction is highly explosive and can produce intense amounts of heat and light. It is important to handle these two substances carefully and prevent exposure to direct sunlight to avoid accidents.