The distance between two points is: square root of [(x1-x2)^2 plus (y1-y2)^2] An exact answer could have been given if the points were properly enumerated.
square root of (5-9)^2+(1+6)^2
square root of (5-9)^2+(1+6)^2
Distance: square root of [(4-7)squared+(6--3)squared)] = 3 times sq rt of 10 which is about 9.487 rounded
If you mean: (4, 6) and (7, -3) then it is:- Distance is the square root of (4-7)^2+(6--3)^2 = 9.487 rounded to 3 decimal places
Distance = (9-5)2+(-6-1)2 = 65 and the square root of this is the distance between the points which is about 8.062257748
The distance between two points is: square root of [(x1-x2)^2 plus (y1-y2)^2] An exact answer could have been given if the points were properly enumerated.
73
square root of (5-9)^2+(1+6)^2
square root of (5-9)^2+(1+6)^2
Distance: square root of [(4-7)squared+(6--3)squared)] = 3 times sq rt of 10 which is about 9.487 rounded
the area of a rectangle with width x and length 6x is 6x^2 what does the coefficient 6 mean in terms of the problem
If you mean: (4, 6) and (7, -3) then it is:- Distance is the square root of (4-7)^2+(6--3)^2 = 9.487 rounded to 3 decimal places
square root of (5-9)^2+(1+6)^2
Distance = sqrt(x2 + y2)
Yes, wavelength can be measured between corresponding points on two adjacent waves, such as measuring the distance between two consecutive wave peaks or troughs. This measurement gives an indication of the distance the wave travels in one complete cycle.
im pretty sure if you get google earth you can use one of the tools to find the distance between two points dont know if it gives you air miles or land though