The decisive battle of the galaxy how to raise the temperature of the planet

Temperature and resource production related, I remember low temperature is suitable for crystals, high temperature is suitable for solar satellites, my main star is up to -7 degrees, a Taiwei produces 2 energy (embarrassment), but I have a colony star has more than 80 degrees, Taiwei can produce 100 energy, it is much cheaper to use Taiwei to produce energy, but the war is almost destroyed, but there is a "gravitational technology" in the later stage that requires 3 (or 10I'm sorry, I haven't raised the energy of the w yet, so I have to use Taiwei to solve it.

The temperature is originally set by the system, and it can't be changed, so you have to build according to the different temperatures of different stars.

ps: I'm in District 3, what district are you?

I'm the anonymous one above.,I saw ajoe2006.,I want to ask the questioner.,Are you asking about mobile online games or PCs?。

Also, does the Battle Galaxy have this version of what Ajoe2006 said?

Low temperature, high gas production of buildings of the same grade, high production of solar power plants of the same grade with low temperature.

Without temperature, there is no point.

With the emulator you can try with that bubble wap emulator.

After that**the jar file of the mobile online game you want to play,**Click on the jar file to the right,There will be an extra item in the pop-up menu "Load with a simulator". Click Run and you're ready to play. "The Great Song Heroes" has passed the test.

You can play it on your phone, you can find a cracked version, there are so many of them.

A little bit, I can cover you.

Mobile games are estimated to be unplayable on computers, and are they not enjoyable to play on mobile phones?

Oh let me tell you, you can't play if you don't charge, I have a classmate like you, you can't play at all, you'd better charge 10 yuan, just use it to buy a license and build a colony.

Your third plan will not work at all, if you want to take the line of military reunification, you must first take the peasant line, and if you can't keep up with the resources, how can you build ships.

If you really don't fill the dark, then the first option.

I took the route of no air force, the bunker dragged on in the early stage, the economy was enough to turn to mechanization, and there were 15 tanks on both sides (it is better to upgrade the attack and defense) without pressure at all, and when the time came, the queen of blades came and properly strengthened the firepower'

If you choose to have no air force, you have to block every intersection with barracks, and set up tanks behind you, as well as gunmen of mobile units. If you choose no pit worms, you must have a hell battery, build a circle in the base, and then build air defense, spearmen and medical ships.

526308111 I can't log in to the computer, and I don't know much about changing the trumpet, but I only have 500,000 points.

I have 7m points

You can't log in with a computer,。。

To change the small number to log in is to click on the community - click on your name - click on the settings - click on the bottom to log in again! ok

The Milky Way is the galaxy to which the Earth and the Sun belong. Because of the bright band projected on the celestial sphere by its main part, it is called the Milky Way by our country. There are more than 200 billion stars in the silver disturbing jujube river system.

The Milky Way looks like a large disk with a slightly bulging center, with a diameter of about 100,000 light-years, and the Sun is located at the center of the Milky Way. The drum is a silver heart is a dense area of perseverance, so it looks at a white expanse. The Milky Way looks like a giant whirlpool with four spiral arms.

The solar system is located in one of the spiral arms (the Orion arm) and rotates counterclockwise (it takes 100 million years for the Sun to revolve around the galactic core). The Milky Way is in the shape of a vortex, with 4 spiral arms extending evenly and symmetrically from the center of the Milky Way. The center of the Milky Way and the 4 spiral arms are places where stars are concentrated.

From a distance, the Milky Way looks like a large discus for physical exercise, with a diameter of 100,000 light-years, equivalent to 946,080,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000 The thickest part in the middle is about 12,000 light years. The Sun is located on a spiral arm called the Orion Arm, about 10,000 light-years from the center of the Milky Way.

The discovery of the Milky Way has been a long process. After the invention of the telescope, Galileo first used a telescope to observe the Milky Way and found that the Milky Way was composed of stars. And then, T

Wright, IImmanuel Kant, Lambert and others suggested that the Milky Way and all the stars could be combined into a huge star system. In the late 18th century, Herschel began stellar counting observations with a homemade reflecting telescope to determine the structure and size of the star system, asserting that the star system was in the shape of a flat disk and that the Sun was not far from the center of the disk.

After his death, his son Herschel continued his father's work and extended his work on the number of stellar sails to the southern heavens. At the beginning of the 20th century, astronomers called the star system with the Milky Way as an apparent phenomenon the Milky Way. Kaptan used the method of statistical parallax to determine the average distance of stars, combined with star counting, to arrive at a model of the Milky Way.

In this model, the Sun is in the center, and the Milky Way is in the shape of a disk, 8,000 parsecs in diameter and 2,000 parsecs thick. h.Shapley used the circumferential relationship of Cepheid variable stars to determine the distance of globular clusters, and studied the structure and size of the Milky Way from the distribution of globular clusters.

The model he proposed was that the Milky Way was a lenticular system of stars, with the Sun not in the center. Shapley concluded that the Milky Way was 80 kiloparsecs in diameter and the Sun was 20 kiloparsecs from the galactic center.

These values are too large because Shapley does not account for interstellar extinction when calculating distances. In the 20s of the 20th century, after the discovery of the rotation of the Milky Way, Shapley's model of the Milky Way was recognized.