Answer:
The discovery of bronze allowed civilizations to expand and use new tools, advance building and forging methods that could implement new and inventive...
Explanation:
Civilizations in Greece began working withbronze before 3000 B.C., while the British Isles and China entered the Bronze Age much later—around 1900 B.C. and 1600 B.C., respectively. The Bronze Age was marked by the rise of states or kingdoms—large-scale societies joined under a central government by a powerful ruler.
It would be described as Battle of the Atlantic, in World War II, a contest between the Western Allies and the Axis powers (particularly Germany) for the control of Atlantic sea routes. For the Allied powers, the battle had three objectives: blockade of the Axis powers in Europe, security of Allied sea movements, and freedom to project military power across the seas.
To become stronger. This is in WWI right? They supported eachother.
Answer:
High definition television also called advanced television because of the technological innovations used in its manufacturing. It has improved the quality of picture films and ensured high-quality sound and there termed as the next generation of television. The government planned to set for one standard because a new product in the market whose standard is not set could result in inferior quality. Secondly, one standard allows the states to work together and expand their commercial ties.
no need to answer so here's something else
1 grain of sugar contains about 600 quadrillion molecules of glucose which can be used to make about 18 quintillion molecules of ATP
It would take about 77 quintillion molecules of glucose to make 1 second of atp and it would take around 2.310 sextillion molecules of glucose to make 30 sec of atp and somewhere around 77 quintillion grains of sugar to store around 30 seconds of atp
30 molecules of atp are made with 1 molecule of glucose 10 glucose molecules make 300 atp
(the number of glucose molecules times 30 equals the number of ATP molecules.)
Divide the number of molecules of ATP needed by 30.
7.7 x 10^19 (77 quintillion)
