2 but i have abseloutley know idea why
Counting squares whose sides are along the grid-lines, there are 154.
It isn't. The area of a rectangle is length x width. What you are doing is counting how many square units will fit in the shape.
You need to determine another point along the line or determine the slope of the line given the graph.First, count the "rise" and "run" units along the graphs. To count the "rise" units, count the number of units it takes for the line to rise up. To count the "run" units, count the number of units it takes for the line to run left/right.Remember:If you are running up along the line, then you are counting positive units for the "rise".If you are running left/right along the line, then you are counting negative/positive units for the "run".Use this simplified form:m = slope form = rise / runThen, use the point-slope form to determine the equation of a line.y - y0 = m(x - x0)
The king was in the counting house counting all his money.
it's to help you with your counting
2: the counting numbers 2 and 6.
If counting in units of 28.9, it would be 57.8
since a dollar is a counting unit , a 1000 dollars would equal a 1000 counting units
2 but i have abseloutley know idea why
By counting how many geometrical units cover the shape, figure, or space.
A counting chamber is an accurately dimensioned chamber in a microslide which can hold a specific volume of fluid and which is usually ruled into units to facilitate the counting under the microscope of cells, bacteria, or other structures in the fluid.
it's 5
Counting squares whose sides are along the grid-lines, there are 154.
Pure numbers, such as counting numbers or mathematical constants, typically have no units attached to them. These quantities are dimensionless and represent a specific value without a particular physical unit of measurement.
There is no SI unit for an egg specifically. Eggs are typically measured in units such as grams (g) or ounces (oz) when measuring their weight or in units of quantity when counting them.
The base is the number at which you move from one place value to the next. In normal counting, we count in units up to 10, at which point we count in tens and units up to 100 (10x10) at which point we count in hundreds, tens and units up until 1,000 (10x10x10) and so on. Thus normal counting is called base 10. In base 4, say, you would count in units until you got to 4, then move into counting in 4s and units until you got to 16 (4x4) and then move into counting in 16s 4s and units. Base 4 counting would look like this: 1, 2, 3, 10, 11, 12, 13, 20, 21, 22, 23, 30, 31, 32, 33, 100, 101, 102, 103, 110... and so on 21 in base 4 would equal 9 in base 10. 112 in base 4 would equal 22 in base 10.