Manchuria rich in natural resources and sparsely populated had obvious advantages for a densely populated and resource-poor Japan. Amongst Manchuria's resources coveted by Japan were iron, coking coal, soybeans, salt and above all land, all severely lacking within the Japanese empire in 1930.
Mandela had to hold secret talks with the government so that the whole of society would not find out about his negotiation to get out of prison and make a peaceful transition to peace.
<h3>Who was Nelson Mandela?</h3>
Nelson Mandela (1918-2013) was a South African activist who served as President of South Africa from 1994 to 1999.
A notable aspect of his life was that when he was last in jail he secretly held active negotiations with the apartheid government to be released and begin a transition to a peaceful government.
This had to be secret to avoid the agitation of the black majorities in the streets and that everything turned into chaos and destruction. Once he was released, he was able to lead the blacks to begin the peaceful transition.
Learn more about Nelson Mandela in: brainly.com/question/15825402
#SPJ1
Weimar Republic was called the 'November Criminals' because they signed armistice agreement and conceded Germany to Allies
Answer:
Brewster's Millions is a comedic novel written by George Barr McCutcheon in 1902, originally ... The novel Brewster's Millions has been adapted into many films: ... all at once on something very expensive (e.g., a villa as suggested by one of .
Explanation:
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)