"...studies show that approximately 16 percent of the population is considered to have an IQ “needing improvement..." is an empirically meaningless statement. If it's any consolation, on any measure that follows a Gaussian distribution, half of the people are below average.
You cannot drop off a mail in ballot at your precinct on Election Day. You can drop off only at an early voting site during early voting or at the supervisor of elections office.
That bell curve graph is WAY out of scale. The 68% in the middle should be much bigger. Images are more important than words or numbers. The picture is just wrong. Fix it
You are essentially correct. The center of the illustration seems to be trying to represent plus and minus one standard deviation from the mean, which is actually 68.26%. The captions about "expectations" are value statements. This is the attempted use of science for a political agenda, which is wrong, even when it is entertaining.
"...studies show that approximately 16 percent of the population is considered to have an IQ “needing improvement..." is an empirically meaningless statement. If it's any consolation, on any measure that follows a Gaussian distribution, half of the people are below average.
You cannot drop off a mail in ballot at your precinct on Election Day. You can drop off only at an early voting site during early voting or at the supervisor of elections office.
On Election Day, mail in ballots may only be dropped off at the supervisor of elections office. Please correct your article.
That bell curve graph is WAY out of scale. The 68% in the middle should be much bigger. Images are more important than words or numbers. The picture is just wrong. Fix it
You are essentially correct. The center of the illustration seems to be trying to represent plus and minus one standard deviation from the mean, which is actually 68.26%. The captions about "expectations" are value statements. This is the attempted use of science for a political agenda, which is wrong, even when it is entertaining.