a box of led light bulbs was tested to see how long the light bulbs last. the standard deviation of the…

a box of led light bulbs was tested to see how long the light bulbs last. the standard deviation of the light bulb lifetime data was five years. which of the following is the best interpretation of this value?\nfifty percent of the light bulb lifetime data is below five years.\nthe difference between the longest and shortest light bulb lifetime was five years.\nthe lifetime of the light bulbs typically varies by about five years from the mean.\nthe middle half of the light bulb lifetime data has a range that is five years wide.

a box of led light bulbs was tested to see how long the light bulbs last. the standard deviation of the light bulb lifetime data was five years. which of the following is the best interpretation of this value?\nfifty percent of the light bulb lifetime data is below five years.\nthe difference between the longest and shortest light bulb lifetime was five years.\nthe lifetime of the light bulbs typically varies by about five years from the mean.\nthe middle half of the light bulb lifetime data has a range that is five years wide.

Answer

Brief Explanations:

The standard - deviation measures the amount of variation or dispersion of a set of values. It represents how far, on average, each data point is from the mean. So, a standard deviation of five years for light - bulb lifetimes means that the lifetime of the light bulbs typically varies by about five years from the mean.

Answer:

The lifetime of the light bulbs typically varies by about five years from the mean.