24 tiles
you take 2 yards and 3 yards and multiple them together getting 6 yards, then convert yards to feet resulting in 18 feet, divide that by 1.5 ft and you get 24 tiles.
Answer:
2nd option
Step-by-step explanation:
A=wl=2.75·2.25=6.1875
2 1/4= 2.25
2 3/4= 2.75
Answer:
y = -3x - 5
Step-by-step explanation:
The equation of a line is given as either:
where m is the slope, and b is the y-intercept.
or
where given that you have a point (x, y), y₁ is the y-value of the point, m is the slope, and x₁ is the x-value of the point.
We can just plug in the point (0, -5) into the second equation and -3 for the slope.
<em>However,</em> (0, -5) tells us that this point must be a <u>y-intercept</u>, since the x-value of that point is 0. So, we can also just plug into the first equation -5 for the y-intercept and -3 for the slope.
So, we get:
y = -3x + (-5)
Which simplifies into:
y = -3x - 5
Step-by-step explanation:
Minimum:
Minimum of the data set is the smallest value in the data set.
Median:
Median is the value in data set that divides the data arranged in ascending order in two equal parts.
First Quartile:
A median divides the data arranged in ascending order in two equal parts. The lower half and the upper half. The lower half consists of values less than median and the upper half consists of values greater than the median. First quartile is the value in data that divides the lower half into two equal parts. It can also be called the median of lower half. It is denoted by Q_1 . About 25% of the numbers in the data set lie below Q_1 and 75% values lie above the first quartile.
Third Quartile:
The third quartile is the value in data set that divides the upper half of the data into two equal parts. It can also be called the median of the upper half.
It is denoted by Q_3. 75% values of the data set lie below third quartile and 25% value lie above it.
Maximum:
The maximum of a data is the largest value in the data set..
