A farmer might want to know the mean number of weeds in three plots of land. This number would be the average number of weeds on the farm. This number can be calculated by adding the number of weeds in all three plots, and then dividing by three.
t is the average number of weeds. The average is found by adding the total number of weeds for all three plots, then dividing that total by the number of plots. For example, ifplot #1 has 200 weeds, plot #2 has 180 weeds, and plot #3 has 274 weeds, the mean number of weeds for all three plots would be 218. (200+180+274) divided by 3.
3x - 7 ≤ 9 "Seven less than" means that you subtract seven from the answer. "Three times a number" means that you multiply it. "At most" means that this is the greatest number that it can be, which is, in this case, 9. To solve this, you apply the principle rules of algebra to determine x. 3x ≤ 9 + 7 3x ≤ 16 x ≤ 16/3
They generally refer to the same things, although some terminology may sound better with either one. For example, plot and graph both represent data, however box plots or scatter plots or line graphs are generally referred to as such as opposed to saying box graphs, scatter graphs or line plots. The latter three sound somewhat cumbersome but technically mean the same thing.
The same as (-1.5) x (-1.5) x (-1.5).Raising something to the power three means to multiply something with itself, using that number three times as a factor.
The word "triple" begins with the prefix "tri," which means "three." So to triple something you would need to multiply by three. You can also get the same answer by simply adding the number three times. For example, to triple 5 you could either multiply 5 by 3 or add 5+5+5 to get 15.
The mean number of weeds in three plots of land represents the average count of weeds across those plots. To calculate it, you sum the total number of weeds found in each plot and then divide by the number of plots, which in this case is three. This value provides a general idea of weed density and can help inform management decisions for maintaining the land. It also allows for comparisons between different areas or time periods.
t is the average number of weeds. The average is found by adding the total number of weeds for all three plots, then dividing that total by the number of plots. For example, ifplot #1 has 200 weeds, plot #2 has 180 weeds, and plot #3 has 274 weeds, the mean number of weeds for all three plots would be 218. (200+180+274) divided by 3.
The mean number of weeds in three plots of land represents the average count of weeds per plot, calculated by adding the total number of weeds across all three plots and dividing by three. This statistic provides a simplified overview of weed density, helping to assess the overall weed presence in the area. It can be useful for comparing weed management effectiveness or evaluating soil health across different plots.
The mean number of weeds in three plots of land is a statistical measure that represents the average quantity of weeds across those plots. It is calculated by summing the total number of weeds found in each plot and then dividing that sum by the number of plots (in this case, three). This mean provides an overall estimate of weed density, helping to assess the level of weed growth in the area. It can be useful for agricultural planning and land management decisions.
Three is a factor of nine.
n+3 the sum of a number and three means a number plus three.
999 - 1000
Three-thousandths
There is an 8. "And" means there is a decimal. "thirty-three hundredths" means that there are three tenths and three hundredths, which also equals 0.33. All together it's "eight and thirty-three hundredths".
"One, two, three" is an English equivalent of the French phrase un, deux, trois.Specifically, the number un means "a, one." The number deux means "two." The number trois means "three."The pronunciation will be "eh duh twah" in French.
It means that whatever number you have you times it by three
The decimal number 3.1 means three and a tenth.