Average total inspection curve ( ATI curve)
it is actually very easy what you do is find the area of both shapes then if your problem is like find the chances of hitting the shaded area you do area of shaded divided by the total area of the whole object then multiply that by 100
You can't make a 4 sided shape with a total of 207
12. The ratio of day time show is 2:5 to the total shows. Hence when the total show is 30 the day shows is twelve.
44.59%
Paula created a monthly budget. A pie graph shows a clear picture of where her money is spent. How much of the circle would be shaded for the total of housing, utilities, food, and insurance?
Count all the squares then count the shaded squares put the shaded number at the top and the number of all squares at the bottom so it might look like this ⅜ 8 is the total and 3 is the number of shaded squares
Count how many parts there are in total (both shaded and unshaded) and write this as the denominator (bottom number) of the fraction. Count how many shaded parts there are and write this as the numerator (top number) of the fraction. You now have the fraction of the whole that is shaded.
over 75% of the circle.
over 75% of the circle
over 75% of the circle.
5 of 10 shaded would be 1/2 or 0.5 of the total number of squares.
Calculate the total area of the square and subtract the non-shaded portion if you can figure that area. Your question is missing information.
This question needs additional information, To get the area of the shaded area get the difference between the total area and the un-shaded region.
move one unshaded counter to the 3rd dish that only has two circles in it. You have 12 total counters ..9 are shaded 3 are not. fractions would be 9/12 and 3/4 (9 counters are shaded out of 12 total counters) and (3 dishes out of 4 are shaded)
over 75
Average total inspection curve ( ATI curve)