Mathematics, 27.01.2021 23:20 econsta3
Use the diagonals to determine whether a parallelogram with vertices B(2,−2), E(6,−4), S(8,−8), and T(4,−6) is a rectangle, rhombus, or square. Give all the names that apply.
BS = TE, so BEST is a rectangle or a square. The slope of BS = −1 and the slope of TE = 1, so BS ⊥ TE. BEST is a rhombus. Since BEST is a rectangle and a rhombus, it is also a square.
BS ≠ TE, so BEST is neither a rectangle nor a square. The slope of BS = 1 and the slope of TE = 1, so the diagonals are not perpendicular. BEST is not a rhombus.
BS ≠ TE, so BEST is neither a rectangle nor a square. The slope of BS = −1 and the slope of TE = 1, so BS ⊥ TE. Therefore, BEST is a rhombus.
BS = TE, so BEST is a rectangle or a square. The slope of BS = −1 and the slope of TE = −1, so the diagonals are not perpendicular. Therefore, BEST is a rectangle.
Answers: 1
Mathematics, 21.06.2019 17:30, jessied2000
What is not true about kl and mn? what is mn? (show your work)
Answers: 1
Mathematics, 21.06.2019 18:10, kingbob101
Drag the tiles to the boxes to form correct pairs. not all tiles will be used. match each set of vertices with the type of quadrilateral they form.
Answers: 1
Mathematics, 21.06.2019 19:30, markel19
The position of a moving particle is given by the position function: f(t)=-9t-t^2-0.2t^3+0.1t^4 0 a. at what time does the particle reverse direction? b. when is the displacement positive? (round one decimal place and answer in interval notation) c. when is the displacement negative? (round one decimal place and answer in interval notation) d. when is the particle’s acceleration positive? (round one decimal place and answer in interval notation) e. when is the particle’s acceleration negative? (round one decimal place and answer in interval notation)
Answers: 3
Mathematics, 21.06.2019 22:00, sarahnd6907
Prove sin2a + cos2a - 1 / sin2a + cos2a + 1 = 1 - tana / 1 + cota
Answers: 2
Use the diagonals to determine whether a parallelogram with vertices B(2,−2), E(6,−4), S(8,−8), and...
Mathematics, 12.08.2020 05:01
Mathematics, 12.08.2020 05:01