D since democracy takes decisions from most or all of the people and it tends to be the most fair method.
The plant cell is the smallest living structure and constituent unit of all plants. Its size and shape vary by function. It is composed of several organelles, all useful to its activity.
The right answers are: (the numbers are in the picture).
1 refer to a vacuole.
2 refer to a cell wall (if you see closer, the arrow is aiming the green layer, the yellow one is the cell membrane).
3. refer to a chloroplast.
4. refer to mitochondria.
A because Only plant cells have chloroplasts
Answer:
The very definitions of ‘individualism’ and ‘collectivism’ are, by themselves, ideological definitions.
Reality shows us that these two ‘ideologies’ are pragmatically practiced, with one or the other being the policy-making ideology. We have already seen the results of
collectivism, as gruesomely displayed during the 75 year life of the ‘late’ Soviet Union, and the CONTINUING forms of that totalitarian collectivism in the People’s Republic of China and North Korea.
Tiananmen Square in China was the classic confrontation conflict
of the individual dissidents against the tyrannical Chinese State.
The United States, Australia, and some of the European states tend to exhibit MORE individualism by virtue of their democratic forms of government. There is NO ‘ pure individualism’ anywhere on Earth, as all national populations have their civic codes and regulations governing individual behavior.
Philosophically AND practically speaking, it is ALWAYS the individual that will be oppressed by the governing state[collectivism] - I know of NO instance -ever -where any individual person oppressed an established government.
Organelles can have different sizes from each other. As related to the cell, they are smaller than the cell they are contained in, and at different microscope amplifications, there can be seen different organelles, more and more as the amplification increases.
An investigative question related to this could be:
What is the cell-specific organelle size relation, and the organelle X-organelle Y size relation when in different microscope amplifications.
