The Japanese will treat the American people with respect and kindness.
The correct answer to this open question is the following.
Although there are no options attached we can comment on the following.
Why is it so important to deal with the question of “legend” as it pertains to the resurrection?
It is so important to deal with the question of “legend” as it pertains to the resurrection because as we already know, the Bible is just a perspective of how things could happen and it has no scientific or historic base.
The Old Testament basically are the stories found in the clay tablets written in Cuneiform style, from the Sumerians. In the case of the Resurrection, the story is included in the book of Luke and refers to the life and death of Jesus of Nazareth. Luke is one of the fourth authors of the gospels. The other three are Mattew, Marc, and John.
However, none of those authors knew Jesus in person; they weren't even born. They based their stories on other sources. So nobody can prove that the gospels are true.
That is why the scientific community, researchers, and historians consider the Resurrection as a legend, in the absence of any true evidence. Let's remind that legends can fall into one of these three categories: stories from religions, literary style that is not historical, and embellishments.
Social Contract. It's when the people give the government power for representation, government services and protection.
For a sugar cube with a volume of about 1 cubic centimeter, you would need a box the size of one cubic meter to hold 1,000,000 sugar cubes.
The logic is that if one cube is one cubic centimeter, and you want to place one million of those into a box, then the box will have to be one million cubic centimeters in area. We take into account the area because this is the measurement that will allow us to know how much space is inside the box to be used.
However, a much simpler figure to use is to say that the box that you will need will have to measure one cubic meter. Now, while the normal conversion rate for a one-dimensional measurement between cm and meter is 100:1, this value will rise exponentially as we expand into multiple dimensions, such as 2D (width and length) and 3D (width, length, and height).
Given that the question is working in cubic measurements, we can infer that we are measuring in three dimensions, because of this, the conversion rate would be one million to one, meaning that one million cubic centimeters take up just one cubic meter of space. The box will have to measure one cubic meter.
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