use the Pythagorean Theorem. Drop an altitude from (b,c) to the x-axis. The diagonal starting at (-a,0) has length
z^2 = (a+b)^2 + c^2
The question wants me to find the diagnols of an isoceles trapezoid, but how can i do that. Its on a plane, the bottom base resting happily on the x axis and the y axis cutting the trapezoid in half perfectly. the problem is, its split and there are no numbers
Top right corner (b,c)||| (top right section of plane)
Top left corner(-B,C) |||(Top left section of plane)
Bottom left corner (-a,0)|||| (top section corner of plane)
bottom right corner (a,0)|||top right section of plane)
how do I find the diagonals, and how would I label them if there are no numbers?
2 answers
hmm
its a trapezoid, so how would the pythagorean theorem work?
its a trapezoid, so how would the pythagorean theorem work?