The distance between (10, 5) and (5, -2) is sqrt[(10 - 5)2 + (5 + 2)2] = sqrt(52 + 72) = sqrt(25 + 49) = sqrt(74) = 8.602 (to 3 dp)
(Distance)2 = (2 - 5)2 + (6 - 2)2
Distance is sq rt ((x2-x1)2+((y2-y1) So 9+1 is 10. sqrt of 10 is 3.16 distance rounded to hundredths
-2 & 5
(2-5)2+(5-7)2 = 13 and the square root of this is the distance which is about 3.60555 to 5 decimal places
The distance between (10, 5) and (5, -2) is sqrt[(10 - 5)2 + (5 + 2)2] = sqrt(52 + 72) = sqrt(25 + 49) = sqrt(74) = 8.602 (to 3 dp)
If you mean points of (5, 5) and (1, 5) then the distance is 4
It is the square root of: (5-5)2+(6-2)2 = 4
The distance between (4, 5) and (10, 3) = sqrt(40) = 2*sqrt(10) = 6.3246 approx.
If you mean points of: (-6, -10) and (2, 5) then it works out as 17
You could write them out to show the distance on the numberline-5 -4 -3 -2 -1 0 +1 +2 +3 +4 +5or subtract minus 5 from 55 - -5 = 10
(Distance)2 = (2 - 5)2 + (6 - 2)2
distance = sqrt( (xf-xi)2 + (yf-yi)2 ) = sqrt( ((-3) - (1))2 + ((5) - (-1))2 ) = sqrt(52)
Distance is sq rt ((x2-x1)2+((y2-y1) So 9+1 is 10. sqrt of 10 is 3.16 distance rounded to hundredths
Points: (2, 4) and (5, 0) Distance: 5
3 because 5- 2 is 3.
-2 & 5