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How to use eclipse on surface 34/23/2023 Sometimes, the Moon appears reddish-orange during an eclipse. Results also show that the fall in air temperature would have instrumentally been imperceptible or undetectable over heights of 15 m above the ground approximately. Instead, Earths shadow is cast upon the Moons surface. The delay function has been applied to derive the delayed empirical near-surface air temperature profile that would have been the case in a hypothetical clear sky. Results show that under cloudy skies the first performs better than the second. The plane of the Moon’s path, LL, is not fixed. The Sun’s passage through the lunar nodes is thus the critical time for both solar and lunar eclipses. We use two methods: (1) the solar radiation-instantaneous temperature method takes the solar radiation model and the obscuration function into account (2) the geometrical occultation function method, which only uses the occultation function used by others. A lunar eclipse occurs whenever the shadow’s disk overlaps the Moon’s disk this happens only when the shadow’s disk is near one of the nodes and the Sun is near the opposite node. We describe how this lag changes with time. We attempt to analyze mathematically this opposite lag through a (tentative) “delay function”, derived using our own measurements from this eclipse at three different heights above the ground. That was the case found during the longest total solar eclipse of the 21st century, which we observed from Tianhuangping (Zhejiang) on 22 July 2009. Although during a solar eclipse, changes in near-surface air temperature typically lags behind changes in solar radiation, observations sometimes show that under cloudy skies we note the extent of cooling during the final partial phases prior to totality, which we will call a pre-minimum effect. The things that no longer serve you around home and family are easy to release and new things are waiting to come in if you will open the door. This is a fertile solar eclipse with lots of strong positive energy. Sometimes, when clouds are present, this lag disappears leading to an unexpected reverse effect to be studied in this paper, as occurred during the cloudy and longest total solar eclipse of this century in China. We have a New Moon solar eclipse at 1:16A.M. While the solar radiation drops rapidly, the near-surface air temperature responds more gradually, typically reaching a minimum several minutes after the total phase of the eclipse therefore, the response of the terrestrial temperature is not instantaneous: there is a lag. Among the different ways that the solar heating of the Earth's surface can be interrupted, the most impressive is by a solar eclipse.
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