Answer:
Away from us at 22,000 km/s
Explanation:
- When we take the Hubble constant at the 20 km per second per million light-years. We can expect to go fast at a speed of 22,000 km per second speed and expect to reach about 100 million light-years away from the present position.
Answer:
9.4608 × 10¹³ seconds.
Explanation:
Data provided:
Distance of Andromeda from Earth = 3 million light years
Now,
3 million light year means that the light will take 3 million years to reach the Earth
also,
in 1 year there are ( 365 × 24 × 60 × 60 ) = 31536000 seconds
therefore,
3 million years in seconds = 3 million × 31536000 seconds
= 3,000,000 × 31536000
= 9.4608 × 10¹³ seconds.
Physical map, topographic map, climate map, economic or research map, road map, and thematic map
Answer:
The correct answer is B. Migrating centers of low pressure in the Northern Hemisphere are also called tropical cyclones.
Explanation:
A tropical cyclone is a stormy formation generated by hot water bodies that evaporate in areas of low pressure and strong winds. This combination generates dense and warm clouds, that when colliding with the cold winds of the heights and the low atmospheric pressures develop intense storms that are fed back with the water that continues rising from the surface of the ocean. Thus, the cyclone grows in size and, driven by the coriolis effect, begins to rotate on its axis and acquire greater speed.
Your answer would be inside the nucleus.
There are three particles in an atom. Protons, neutrons, and electrons. Protons and electrons are both charged, with a positive and negative charge, respectively. Neutrons, on the other hand, are not.
Neutrons are found in the nucleus of the atom (along with protons, while electrons float around). Therefore, uncharged particles in an atom would most likely be found inside the nucleus.
Hope this helped!