Cloudy skies would promote the smallest temperature change from sunrise to mid-afternoon.
The balance between energy entering and leaving the planet's system determines the temperature of Earth. The Earth warms as incoming solar energy is absorbed by the Earth system. Earth does not warm when solar energy is reflected back into space. Earth cools as absorbed energy is radiated back into space. Storms, heat waves, floods, and droughts are just a few of the disasters that are getting worse as a result of rising temperatures. Warmer temperatures produce an atmosphere that can hold onto, release, and collect more water. This alters weather patterns so that wet areas get wetter and dry areas get drier.
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Choose the best answer. Which is an energy efficiency improvement? (4) adjusting the thermostat in a building (b) using a power strip (c) using cold water instead of hot water (d) replacing incandescent bulbs with LEDs
An energy efficiency improvement is replacing incandescent bulbs with LEDs.
Compared to LEDs, incandescent bulbs are less expensive. Despite LED's rising popularity over time, they are also more widely accessible. But LED is praised for having a long lifespan, being energy-efficient, and requiring less upkeep. Up to 50,000 to 100,000 operating hours, or around five to ten years, can be obtained from an LED light. As it wastes less energy by creating little heat, it is more energy-efficient than an incandescent. In addition, LED emits light in a specific direction rather than in a 360-degree circle as incandescent does; this conserves energy since it concentrates on a certain angle rather than requiring more energy for the entire 360 degrees. Despite being more expensive initially, LED also outperforms other lighting types in terms of maintenance expenses.
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are thunderstorms low pressure systems
A tornado's core is characterized by low pressure, which is typically 10–20% lower than the atmospheric pressure around it.
Why are thunderstorms associated with low pressure systems?When air descends from a great height into a place, the pressure in that area rises, which causes the wind to blow outward. At the surface, there is a high pressure area.
A low pressure area is the opposite, when surface air is moving upward and drawing air inward along the surface.
Since the air is less dense at a height, little water can be held there. When that air is forced downward, it gets heated and compressed, which allows it to take in a lot more moisture. As a result, high pressure areas are usually clear and dry.
In contrast, the air close to the ground is warmer and denser (compared with high altitude air). The hot, humid air expands as it climbs, becoming less dense and cooling.
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