Answer:
Jul 25, 2020 — What minimum work must be done by an external force to bring a charge q=3.00μC from a great distance away (take t=∞) to a point 0.500m from ...
Explanation:
brainlist please :)
The answer is mass. It is one of the principles of war which means to concentrate combat power at the decisive place and time. What it meant from the military perspective is that you bring together whatever forces are necessary to accomplish a desired result. An example would be moving forces from diverse locations to all take part in one set-up, such as the seaborne attack of Normandy in three locations with hundreds of ships coupled with airborne troops jumping behindhand enemy lines. The combination of the two achieved results far superior to either one, and if these pieces hadn't come together at the same time (bad weather during the channel crossing) or at the correct place (mistakes in the drop zone coordinates away from targets), the overall effect is weakened and could even lead to a non-victory: not necessarily a downfall but certainly a failure to accomplish the mission.
Answer:
It governed surrounding lands and had its own ruler.
Explanation:
After making expansions, it often very difficult for a king to handle all parts of his territories by his own. Especially considering how difficult it is to communicate with places on far distance during that time.
In a city state, an empire divided its total territories into several parts. After that, the King allowed each territories to pick their own leaders and take care of themselves in terms of law and economy. The Central government only act as a regulator to ensure that each states pay their own share of taxes and not attacking one another. This made it easier for the king to control all of the territories.
Answer:
D. the Moon's is similar to Earth's crust, while Mercury's is similar to the entire Earth.
Explanation:
Density of Mercury is 5.4 g/cm³
Density of Moon is 3.34 g/cm³
Density of the Earth's crust varies from 2.7 g/cm³ to 3 g/cm³
Density of the Earth is 5.51 g/cm³
From the above data, it can be concluded that the density of the Moon is similar to that of density of the Earth's crust while Density of Mercury is similar to the entire Earth's density.
Thus, option D is correct.
Where is the items to match with the organelles :|
