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A low standard deviation indicates data are clustered around the mean, forming a thin bell curve, whereas a high standard deviation indicates data are more spread out, thus forming a wide bell curve.
The bell curve for SAT scores is pretty close to an ideal normal curve. Since the average score is higher than the midpoint of the range (1060 instead of 1000), it's a little shifted over to the right, but otherwise the SAT bell curve is a regular bell shape.
Look at the symmetrical shape of a bell curve. The center should be where the largest portion of scores would fall. The smallest areas to the far left and right would be where the very lowest and very highest scores would fall. Read across the curve from left to right.
The symmetric, unimodal, bell curve is ubiquitous throughout statistics. Indeed it is so common, that people often know it as the normal curve or normal distribution,1 shown in Figure 3.1. Variables such as SAT scores and heights of US adult males closely follow the normal distribution.
In conclusion: yes, the SAT and ACT are curved post-test based on other students' performance \u2014 at least during the initial "national" administration of each exam form \u2014 and yes, the College Board is lying to us when it claims otherwise.

People also ask

The steeper the bell curve, the smaller the standard deviation. If the examples are spread far apart, the bell curve will be much flatter, meaning the standard deviation is large. In general, about 68% of the area under a normal distribution curve lies within one standard deviation of the mean.
Is the SAT Curved? Contrary to what you may believe, there is no SAT curve. This means your SAT score will never be affected by how other test takers perform on the test.
graded on a curve! And so, when students start studying for the SAT, they often ask: Is the SAT curved? However, the SAT is never graded on a curve\u2014and this is actually good news for test-takers!
It is calculated by subtracting the population mean from an individual raw score and then dividing the difference by the population standard deviation.
The bell curve for SAT scores is pretty close to an ideal normal curve. Since the average score is higher than the midpoint of the range (1060 instead of 1000), it's a little shifted over to the right, but otherwise the SAT bell curve is a regular bell shape.

bell curve graph standard scores