1
answer
0
watching
101
views
13 Nov 2019
Pick three points, A, B, and C in R3 space. The points A and B should be on the y plane, but not on either axes. Point C should be off the x-y plane, but not on the z-axis. Write the points below. PART 1: nPlot and Step 1: The three points, together with the origin, form a tetrahedron. Graph the points in Wi draw the connecting edges to form a tetrahedron. Attach the graph of the tetrahedron to this Mini- Project. Step 2: Find the area of the triangular base on the x-y plane of the tetrahedron. Step 3: Find the projection of the position vector formed by the origin and point C onto the z-axis. NOTE that the magnitude of this projection is the height of tetrahedron. hei9ht on Ponnte Step 4: Find the volume of the tetrahedron (you may need to look up how find the area of a pyramid- recall that a tetrahedron is a pyramid with a triangular base) (5.5)(2)(Y) : 1.33
Pick three points, A, B, and C in R3 space. The points A and B should be on the y plane, but not on either axes. Point C should be off the x-y plane, but not on the z-axis. Write the points below. PART 1: nPlot and Step 1: The three points, together with the origin, form a tetrahedron. Graph the points in Wi draw the connecting edges to form a tetrahedron. Attach the graph of the tetrahedron to this Mini- Project. Step 2: Find the area of the triangular base on the x-y plane of the tetrahedron. Step 3: Find the projection of the position vector formed by the origin and point C onto the z-axis. NOTE that the magnitude of this projection is the height of tetrahedron. hei9ht on Ponnte Step 4: Find the volume of the tetrahedron (you may need to look up how find the area of a pyramid- recall that a tetrahedron is a pyramid with a triangular base) (5.5)(2)(Y) : 1.33
Jean KeelingLv2
6 Feb 2019