Answer:
B) Above average rainfall
Explanation:
The Southern Oscillation, also known as El Nino, brings in significant changes of the weather on all areas that are affected by it. Texas is also affected by El Nino, and that is manifested in milder temperatures and increased precipitation.
La Nina and El Nino have the total opposite effect on the weather conditions of Texas. While La Nina brings in warmer and drier weather conditions, El Nino actually brings in milder weather and much more rainfall.
Texas in general is semi arid. The temperatures are mild in winter and high in summer, with the rainfall mostly being absent for most of the year, and the majority of it falling intensively and seasonally. When El Nino is active though, Texas receives much more rainfall, making its temperatures lower in the process as well.
This is actually welcomed by the Texans, as the increased rainfall is good for the agriculture. The people are happy as well that they have lower temperatures for some time, so they are experiencing extremely high and unbearable temperatures.
Explanation:
Radiation means ‘energy that is transported from one spot to another without the need of direct contact between the two locations’, Light in each carries a different amount of energy, this is what we call electromagnetic radiation or electromagnetic waves. Gamma rays are the most energetic, and radio is the least.
<em>In order from longest to shortes wavelenghts we have:</em>
- Radio waves: they are made by various types of transmitters, given off by stars, sparks, and lightning, they have the lowest frequencies (longest wavelenghts) in the electromagnetic spectrum and are used mainly for communications.
- Microwaves: they are extremely high-frequency radio waves (Their wavelength is usually a couple of centimeters) made by various types of transmitters.
- Infra-red waves: they are just below visible red light in the electromagnetic spectrum, they're given off by hot objects.
- Visible lights is the tiny part of the electromagnetic spectrum our eyes can detect.
- Ultra-Violet: this light is given off by the Sun in large quantities. We call it "UV" for short and can also be used to kill microbes.
- X-rays: they are very high-frequency waves that carry a lot of energy. They will pass through most substances, and this makes them useful in medicine and industry to see inside things.
- Gamma rays: they are given off by stars and by some radioactive substances. They are extremely high-frequency waves (the shortest wavelength) and carry a large amount of energy. They pass through most materials.
In the image, I annexed you can see the electromagnetic spectrum with the type of radiations from the shortest to the longest wavelengths.
I hope you find this information useful and interesting! Good luck!
I believe it’s trueeeeeeeeee
Answer: Birmingham has evolved from a minuscule 7th century Anglo Saxon hamlet that was located on the edge of the Forest of Arden on the Fringe of early Mercia to a major city in 2020. This has happened by a combination of immigration, civic pride, and innovation. In total, Birmingham has seen 1400 years of growth.
Hope this helps! :)
Explanation: