It is where most of the data is, or where the majority of the data is
So you would break 247 in to 200,40and 7
u would break 38 into 30 and 8 . so when you as then together you get and sum of 285 .so do you know the strategy now ??
1) Slope: (4-5)/(3-4)=1
Make a point slope equation: y=(x-4)+5
X-Intercept: -1 Plug 0 in for y and solve
Y-Intercept: 1 Plug 0 in for x and solve
2) Slope: (3-3)/(2-2)=Does Not Exist
You can't find any of these with only one point given
3) Slope: (4-1)/(5-3)=1.5
Write an equation in point slope form: y=1.5(x-3)+1
X-Intercept: 7/3 Plug in 0 for y and solve
Y-Intercept: -3.5 Plug in 0 for x and solve
4) Slope: (2-5)/(4-2)=-1.5
Write an equation in point slope form: y=-1.5(x-2)+5
X-Intercept: 16/3 Plug in 0 for y and solve
Y-Intercept: 8 Plug in 0 for x and solve
First, you want to multiply both sides by 8, just to simplify things.
24x + (8/14) = 2x
From there, subtract 24x from both sides to get x on one side of the equation.
8/14 = -22x
Lastly, divide both sides of the equation by -22 to get x by itself
8/-308=x
Or
-2/77 = x
65%= 0.65. The probability that all 11 selected graduates found a job in their chosen career would be (0.65)^11, because the probabilities are independent (one person getting a job in their field does not influence another person getting a job in their field). This comes out to 0.009 to the nearest thousandth.
