1in 6 chance
You spread the dots apart?? Derrrp :D
As the distance of the dots from the center increases, the number of dots per unit area decreases. This is because the area over which the dots are distributed becomes larger as they move away from the center, resulting in a lower density of dots per unit area. Mathematically, this relationship can be described by the inverse square law, where the intensity (or density) of a phenomenon decreases as the square of the distance from the source increases.
As the maximum value of the dots on the face of a traditional dice is 6 the probability of throwing A die with the value of less than 7 is 100%.
Prob = 4/36 = 1/9
The answer depends on the probability density function for dots.
As the distance of the dots from the center increases, the number of dots per unit area decreases. This is because the area over which the dots are distributed increases as distance from the center increases, leading to a dilution of the dot density. Mathematically, this relationship can be described by the inverse square law, where the dot density is inversely proportional to the square of the distance from the center.
With a fair die, 1/6
The distance between two successive dots can be compared using a ruler or measuring tape to measure the physical distance between the dots. Alternatively, you can calculate the distance by subtracting the coordinates of one dot from the coordinates of the other dot in a coordinate system.
1in 6 chance
Either estimate the distance, or measure it. A compass is used by navigators to measure the distances between successive points, and to compare distances against the scale printed on the chart.
1/4
That depends on how it's drawn. It may give some idea of the probability of finding an electron in a given location, or it may just show the region of space where the electron is likely to be found. If it looks like a bunch of individual dots, the density of the dots gives some indication of the probability (the closer together the dots are in a region, the higher the probability of finding the electron in that region). If it looks like a solid object (or a collection of solid objects), it's just the region(s) where the probability is over some value.
2/9!
You spread the dots apart?? Derrrp :D
As the distance of the dots from the center increases, the number of dots per unit area decreases. This is because the area over which the dots are distributed becomes larger as they move away from the center, resulting in a lower density of dots per unit area. Mathematically, this relationship can be described by the inverse square law, where the intensity (or density) of a phenomenon decreases as the square of the distance from the source increases.
As the maximum value of the dots on the face of a traditional dice is 6 the probability of throwing A die with the value of less than 7 is 100%.