There are concyclic quadrilaterals inside the small circle.
Two opposite sides of the quadrilaterals have been extended to form a triangle.
A circle (bigger)has been circumscribed around the triangle.
A tangent is going through the point, where the extended sides of the quadrilateral meet.
So, the theorem that's common to all the figures is
The angle between the tangent and the chord is always equal to the angle in the opposite segment.
3. The following three figures illustrate a theorem from geometry. Clearly state the theorem
Create a numerical example in a three security/two state model and illustrate the proof of the Fundamental theorem by that example. For example, define three securities as having initial prices of Si(0) =1, S2(0) = 3,, etc., and final prices of Siwi) = 0, Si(w2) = 3, etc., for N = {W1,w2}. Create two examples - one the does not allow arbitrage, and one that does allow arbitrage. Demonstrate that L space must be a hyperplane in R3 in case...
1. State and Illustrate Stokes' Theorem using the following surface. C follows the path from (1,1,0) to (1,0,1). then in a circular arc up to (0,0,2) and on to (-1,0,1), then down to (-1,1,0) and finally back to (1,1,0). The surface consists of a semicircular patch ofy = 0 and a rectangular patch of y + z = 1. Where these two patches meet is a seam, but that seam is not considered part of the edge. 0,0/2 1c 1,0,...
2) (i) State the converse of the Alternate Interior Angle Theorem in Neutral Geometry. (ii) Prove that if the converse of the Alternate Interior Angle Theorem is true, then all triangles have zero defect. [Hint: For an arbitrary triangle, ABC, draw a line through C parallel to side AB. Justify why you can do this.] 5) Consider the following statements: I: If two triangles are congruent, then they have equal defect. II: If two triangles are similar, then they have...
Illustrate each of the following by giving formulas, geometry, or energy diagrams of: a. an octahedral complex of NiCit. b. cis and trans isomers of Ni(C0)2(CN)2. c. [Fe(H20)s] 3 + is a high-spin complex. d. a bidentate ligand. e. a coordination number of 2
Using the Gauss Divergence Theorem to calculate the flux on the geometry which bounded by a cylinder ?2 + ?2 = 1 and two planes ? = −1, ? = 2. The given three-dimensional fluid velocity vector filed is ?(?,?,?) = 3??2? + ??3? + ?3?.
3. [10 points] Consider the following theorem. Theorem. Assume that m is an integer that leaves a remainder of 6 upon division by 8. Assume furthermore that n is an integer that leaves a remainder of 3 upon division by 8. Then the product m n leaves a remainder of 2 upon division by 8. Consider the tollowing theorern. (a) Illustrate the theorem using an example. (b) Prove the theorem.
Moment for Discovery SSS Theorem Via Kites and Darts Two geometric figures, the kite and dart, though elementary, are quite useful. The figures we have in mind are shown in Figure 3.26, where it is assumed that AB = AD and BC = CD. The dart is distinguished from the kite by virtue of the eight angles at A, B, C, and D involving the diagonals AC and BD being either all acute angles (for the kite), or two of...
(i) Identify the structures in the 3 figures below. (ii) Describe and clearly differentiate between the following 3 terms: chromatin, chromosome, and chromatid. Use the structures depicted in the figures below to support your answer. Make sure to use complete sentences to articulate your answer Figure 1: RK Figure 2:
2 Using the inequality tanz く, show, without using your calculator, that z for 0 tan zdx 2 0.12. 0.1 Clearly state the theorem that you are using. 2 Using the inequality tanz く, show, without using your calculator, that z for 0 tan zdx 2 0.12. 0.1 Clearly state the theorem that you are using.
7.) State the Fundamental Theorem of Arithmetic and use it to prove that 3 p 625 is irrational. 7.) State the Fundamental Theorem of Arithmetic and use it to prove that 625 is irrational.