WebIn Fig. 6.16, if x+y = w+z, then prove that AOB is a line. Solution: To prove AOB is a straight line, we will have to prove x+y is a linear pair i.e. x+y = 180° We know that the angles … WebAug 5, 2024 · 12K views 2 years ago ANUPPUR. In Fig 6.16 If X+Y=W+Z Then Prove That AOB Is A Line Class 9 Chapter 6 Exercise 6.1 Question 4 Class 9th AK MtCourse by …
In Fig. If x + y = w + z then prove that A O B is a line. - Toppr
Web4. In Fig. 6.16, if x + y = w + z, then prove that AOB is a line. WebIn Fig. If x + y = w + z then prove that A O B is a line. Click here👆to get an answer to your question ️ \"In Fig. \\( 6.16 , \\) if \\( x + y = w + z \\) , then prove that \\( A O B \\)\nis a line.\n\\( \\begin{aligned} x & \\text { yo } x \\\\ x & \\text { \\"A } \\\\ \\) \\[ r ^ { x } \\]\\( & \\text { EA } \\end{aligned} \\)\" hertz car rental in riverside
4. In Fig. 6.16, if x+y=w+z, then prove that AOB Fig, 6.15 is a... Filo
WebThe sum of the measures of the angles in linear pairs is always 180 o. So in order to prove that A O B is a straight line, we have to prove that x + y is a linear pair of A O B. This implies, x + y = 180 o. We also know that, The angles around a point give 360 o. This implies, x + y + w + z = 360 o. Since we have, WebIn Fig. 6.16, if x+y = w+z, then prove that AOB is a line. Solution: For proving AOB is a straight line, we will have to prove x+y is a linear pair i.e. x+y = 180° We know that the angles around a point are 360° so, x+y+w+z = 360° In the question, it is given that, x+y = w+z So, (x+y)+ (x+y) = 360° 2 (x+y) = 360° ∴ (x+y) = 180° (Hence proved). 5. WebFeb 20, 2024 · In Fig. 6.16, if x + y=w+z. then prove that AOB is a line. ⠀⠀ Sum of all angles in a circle always 360° Hence ∠AOC + ∠BOC + ∠DOB + ∠AOD = 360° => x + y + w + z = 360° => x + y + x + y = 360° Given that x + y = w + z Plug the value we get => 2w + 2z = 360° => 2 (w + z) = 360° w + z = 180° (linear pair) or ∠BOD + ∠AOD = 180° mayim williams injury