In the context of World War II, Axis-controlled nations were not in fact the same thing as the Axis powers (or, nations) themselves. The main Axis powers, Germany, Italy, and Japan, invaded and then controlled numerous European and Asian nations and territories: these were occupied and used by the Axis Powers to further their own prosperity and ongoing war-efforts.
Yes, sauerkraut and liberty cabbage are the same thing.
The same nations that used them in WWII used them or had them in WWI. Which is a long list!
no they are not the same because war is long and battle aint.
No. General is a higher rank.
I don't know, I was wondering the same thing! do you know the answer- anyone?
Yes. When we're talking about the Earth, 'spin' and 'rotate' are the same thing.
Both or axis', they are lines, and both are in graphs, but techniquelly they arent the same thing.
The term of "Allies" was the most often used term to describe the coalition of countries opposed to the Axis powers. Another similar term was "allied forces". Each term means the same thing.
a controlled experiment is when you keep everything the same besides one thing. the one "thing" you change is called a munipulated variable.
Ummmm no, only in the relation that they are both controlled substances
Vehicle controlled is the same thing as placebo. From the clinical studies that I have worked on and seen they all are in dermatological studies.
We know that the slope of a line is (Changes in y)/(Changes in x). Does the y-axes has changes in y? No. This means that y-axis does not have a slope. The same thing is for x-axis.
they have the same colors and they represent the same thing
A controlled variable is the thing that is kept consistent in between trials of doing an experiment. e.g: time is kept the same or kept consistent...
Yes, the places where the graph of a polynomial intercepts the x-axis are zeros. The value of y at those places must be 0 for the polynomial to intersect the x axis.
No the x axis is the abscissa and the y axis the ordinate.
About the same except that they're closer in winter than in summer (the Earth's orbit is an ellipse). The thing that make seasons is not their position but the aspect of the Earth's surface that mainly faces the sun, and that's controlled by the tilt of the Earth's axis.