Form a right angle triangle under the slope and divide the base of the triangle into the height of the triangle.
You cannot since the information is not sufficient. Furthermore, a triangle does not normally have a slope.
triangle
Because that's the definition of 'slope'.
Slope is the steepness of a line. From my high school math days, I remember that slope equals rise over run. Think of the sloping line as the hypotenuse of a right triangle, and the base is sitting on the x-coordinate. Rise is the length of the vertical leg of the triangle, and run is the length of the horizontal leg. Do the division, rise divided by run, and you have a measure of the slope. You might have to pay careful attention to positives and negatives. If it's a straight line you don't have to worry about how long you make the base; the ratio (the answer to a division problem) will be the same.
The slope for a 45 degree slope triangle is 1/1 because the slope triangle is an isosceles right triangle.
yes
Form a right angle triangle under the slope and divide the base of the triangle into the height of the triangle.
You cannot since the information is not sufficient. Furthermore, a triangle does not normally have a slope.
the difinition of undefined slope
slope thatequals zereo
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.
yes
triangle
No.The definition of an oblique triangle is "any triangle that is not a right triangle".
Because that's the definition of 'slope'.
No. An isosceles triangle has, by definition, two sides of equal length. A scalene triangle has, by definition, no sides of equal length. So, by definition (and the fact that 0 is not 2), an isosceles triangle cannot be scalene.