Name: Anonymous 2022-03-12 4:31
It gave
L_a = (2sqrt(2(m_bˆ2+m_cˆ2)-m_aˆ2))/3
L_b = (2sqrt(2(m_aˆ2+m_cˆ2)-m_bˆ2))/3
L_c = (2sqrt(2(m_bˆ2+m_aˆ2)-m_cˆ2))/3
Where L_a, L_b, L_c are the sides of the triangle opposite the vertices A, B, C, and m_a, m_b, m_c are the medians of the triangle connecting the vertices A, B, C to the midpoints of the sides L_a, L_b, L_c, respectively.
L_a = (2sqrt(2(m_bˆ2+m_cˆ2)-m_aˆ2))/3
L_b = (2sqrt(2(m_aˆ2+m_cˆ2)-m_bˆ2))/3
L_c = (2sqrt(2(m_bˆ2+m_aˆ2)-m_cˆ2))/3
Where L_a, L_b, L_c are the sides of the triangle opposite the vertices A, B, C, and m_a, m_b, m_c are the medians of the triangle connecting the vertices A, B, C to the midpoints of the sides L_a, L_b, L_c, respectively.