Suppose a triangle is plotted on a coordinate plane with vertices located at ( -9, 3),(-3, -9) and (13, -1). What is the perimeter of the triangle?
Suppose a triangle is plotted on a coordinate plane with vertices located at ( -9, 3),(-3,...
Find the perimeter of the triangle whose vertices are the following specified points in the plane. (0,-3), (-2, 1) and (-4, 6) Answer
what is the approximate perimeter of a triangle that has vertices at (-1,-9) (6,-3) and (-3,5)
7. (9 pts) Find a vector perpendicular to the plane containing the triangle whose vertices are (1, 3, 2), (4, –2, 1), and (2, 3, –1)
Several points are plotted on the coordinate plane below. y 10 VO 8 2 6 4 R 10 O 10 9 3 2 P o 10 What are the coordinates of point P? Select one: OA.(-6,-4) OB.(-6,4) O C. (6,-4) OD 6,4)
Three charges are located at the vertices of an equilateral triangle 3 m long. Calculate the direction of the resultant force for the charge q3. q1 = -2 nC q2 = -4 nC q3 = 5 nC
Q = (0,6, -4) R= (5,-4, -5) Consider the triangle with vertices: P= (-2,0, -1) (a) Find the vectors PO, PŘ, and QŘ (b) What is the measure of the angle at P (ZQPR)? (c) What is the perimeter of the triangle APQR ? (d) What is the area of the triangle APQR? (e) Find a vector that is perpendicular to the plane containing P, Q, and R Verify that the vector you have found is perpendicular to PO (f)...
4. A triangle has vertices at W(2,3), V(-6,-3) and X(0,-5). Use algebra to 1) determine the midpoints of the sides of the triangle. Label each midpoint A, B, and C. 2) verify each of the midsegments are parallel to the third side. 3) show the perimeter of the midsegment triangle is half the perimeter of AWVX.
Let A be the triangle in the two-dimensional plane with vertices (0, 0), (0, 1), and (1, 0). Let (X, Y ) be chosen uniformly from this area, that is, (X, Y ) ∼ Unif(A). (a) What is the probability that X ≤ 1/3? (b) What is the probability that Y ≥ 1/2? (c) Conditioned on X ≤ 1/3, what is the probability that Y ≥ 1/2? (d) Are the events X ≤ 1/3 and Y ≥ 1/2 independent?
Three loads are located at the vertices of an equilateral
triangle, 3 m side, to calculate the direction of the resulting
force on the load q3. The values of the charges are q1 = -2nC; q2
= -4nC; q3 = 5nC
Question 11 O out of 10 pont Tres cargas están ubicadas en los vértices de un triángulo equilátero, de 3 m de lado; calcular la dirección de la fuerza resultante sobre la carga 43. Los valores de las cargas...
9. As shown in the figure, two charges are at the vertices of an equilateral triangle. What is the magnitude and direction of the electric field at the upper vertex of the triangle. 1 cm ' 1 cm 2nc 6.0 600 2ncº-len - 2 nc