Identify each shape
it means to figure out what kind of property it is
There are different properties for each of the four basic operations. If you have to identify one, you just have to name it.
your momma so fat that she thought 2 big macs in each hand was a diet!
No. 'Adjacent' means 'next to each other'. In a geometric figure, adjacent sides are touching.
Three steps:1. Find the mean of all values2. Find the distance of each value from that mean (subtract the mean from each value, ignore minus signs)3. Then find the mean of those distances
it means to figure out what kind of property it is
Heart of stone identify the figure of speech ting tong identify the figure of speech the snowflakes danced identify the figure of speech he ran like wind identify the figure of speech
There are different properties for each of the four basic operations. If you have to identify one, you just have to name it.
your momma so fat that she thought 2 big macs in each hand was a diet!
by the rainfall figure of course
To figure the variance on a group of numbers, you must first figure out the mean, which is the average of the set. Then, substract the mean from each number in the set. Square the result of those substractions, and then average the squares. You will then have the variance.
ya' missed w
No. 'Adjacent' means 'next to each other'. In a geometric figure, adjacent sides are touching.
You can shake the bed with me;)
Three steps:1. Find the mean of all values2. Find the distance of each value from that mean (subtract the mean from each value, ignore minus signs)3. Then find the mean of those distances
Hemphaes (sorry not spelled right but you know what i mean)
To determine an equation for the relationship shown in the table of total squares in each figure, we first need to identify the pattern in the data. If the figures represent a sequence where each figure adds a consistent number of squares, we can express this relationship as a linear equation. For example, if the number of squares increases by a fixed amount (let's say ( n )) for each subsequent figure, the equation can be written as ( y = mx + b ), where ( y ) is the total number of squares, ( x ) is the figure number, ( m ) is the increase per figure, and ( b ) is the initial number of squares in the first figure. Specific values for ( m ) and ( b ) will depend on the data provided in the table.