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∙ 8y agoIf we were to include a 3rd coordinate of (5, 4) and join all 3 coordinates together then this will form a right angle triangle with sides of 3 and 4 then by using Pythagoras' theorem its hypotenuse would work out as 5.
But in general finding the length of a line segment is as follows:-
Square root of: (x2-x1)^2 plus (y2-y1)^2
Wiki User
∙ 8y agoBy finding the difference of them
1
It is not in all but a trivial sense - that they are both to do with finding the perimeter!
the physics formula for finding distance is v/t or speed divided by time. An easy way to remember this is to use something called the magic triangle, it will help you figure out the formulas for time, speed and distance and essentially velocity. The triangle is D=Distance V=Speed T=Time D= Distance and T= Time V= Speed D= V x T V= D/T T= D/V Velocity's formula is Df(finale)-Di(initial)/ T or delta D/ Delta T Delta= Change
the area of a triangle is base times height times one half and rectangle is length times width
Yes when finding the lengths of lines on the Cartesian plane
A distance chart is for finding the distance between two points. Usually cities.
120 inches (by finding the hypotenuse of a right triangle).
What sort of range-distance of an object, range of a plane, range of possible values, are all possible.
Not possible. There are an infinite number of triangles that all have that same one angle in them.
SoH: used for finding the sine of a triangle in trigonometry: Opposite/HypotenuseCaH: used for finding the cosine of a triangle in trigonometry: Adjacent/HypotenuseToA: used for finding the tangent of a triangle in trigonometry: Opposite/Adjacent
yes. When you are finding the area of a triangle you do the same for all types of triangles.
By finding the difference of them
1
The area of any triangle is1/2 of (the length of the triangle's base) times (the triangle's height).
In a triangle there are three angle.So, the side opposite to the greatest angle will be greatest side in the triangle and hence it will be the slope of the triangle. you can find slope of any side of the triangle by finding tangent of the angle made by it to the horizontal side eg. place one side of the triangle horizontally. to find the slope of any side A, drop a normal from the apex to intersect the imaginary horizontal line.measure the length(l1) of the normal. measure the distance (l2) between the intersecting point and other end of side A. l1/l2 will give you the slope of side A.
It is not in all but a trivial sense - that they are both to do with finding the perimeter!