Answer:
Explanation:
From the internet, given options:
The solar wind produces the northern and southern lights.
The solar wind can cause the formation of new elements.
The solar wind causes temperature changes on Earth's surface.
The solar wind disrupts communication systems.
The solar wind distorts Earth's magnetic field.
Answer:
The solar wind produces the northern and southern lights.
The solar wind disrupts communication systems.
The solar wind distorts Earth's magnetic field.
Solar winds are very energetic particles moving at a velocity of about 905km/s from the sun. They are made up of extremely hot particles from the outer atmosphere the sun called the corona. These particles consists of electrons, protons, plasma flowing outward into the solar space from the sun.
Due to their nature, they are know to produce the northern and southern light known as aurora when they come in contact with the earth atmosphere.
Solar winds disrupts radiowaves which are known as the facilitators of communication systems.
They also disrupt the magnetic field of the earth. These jets streams can interact with the earth magnetic field.
Rice, sugarcane ,sesame, jute, and beans
Answer: The probe won’t display a reading because the skull is too old. There isn’t enough carbon-14 remaining to accurately assess its age.
Explanation: change it up a bit though.
Answer: Sunday at 12h.
Explanation: The timezones are determined by the meridians, i.e., the longitudinal lines that crosses the Earth from pole to pole.
The initial referential is at GMT, abbreviation for <u>Greenwich</u> <u>Mean</u> <u>Time</u>, located at the Royal Observatory in the United Kingdom.
The Earth rotates 360° in 24 hours, so each 15° is exposed to the Sun for 1 hour. So, at each 15° we add an hour if the location is due to east or subtract an hour if the location is due to west.
Addis Ababa is located at 40°, which is in the band between 30° and 45°.
Counting from the referential, there are 3 timezones going east. So, we add 3 hours to the initial hour:
9h + 3h = 12h
And the day is the same since the difference is only 3 hours ahead.
Thus, fans located at 40° east will watch a football match on Sunday at 12h.
An active volcano is a volcano that has had at least one eruption during the past 10,000 years.
Volcanic eruptions can affect the atmosphere and climate in the immediate vicinity of the volcano and also around the entire planet if the eruption is large enough. The main effect eruptions have on the weather near the volcano is producing large amounts of thunder, lightning and rain.
These effects are due to the large amounts of ash and debris that are released during the eruption, which attract water molecules from the atmosphere. This leads to the formation of clouds and eventually rain. Scientists are still not sure exactly what causes the increase in lightning, but the most accepted theory is that the ash separates into positively and negatively charged particles as it moves through the air.
Eruptions can also lead to large amounts of volcanic fog, as in the case of Hawaii. Volcanoes also release large amounts of sulfur dioxide, which leads to acid rain when it mixes with the water droplets in the atmosphere. This then has the effect of severely diminishing the overall air quality in the area.
Most eruptions are not powerful enough to send ash into the upper layer of the atmosphere, the stratosphere, which is why these effects normally only occur near the eruption. In most cases, the ash only goes as high as the troposphere, where it is washed away due to precipitation. However, larger eruptions that send particles into the stratosphere can lead to either a sudden cooling or warming of the Earth, depending on the size of the particles and how much heat they trap in or sunlight they block out.