![108 Which of the following equation was suggested be de Brogile i) 2 pi r = n lambda - Chemistry - Structure of Atom - 13237921 | Meritnation.com 108 Which of the following equation was suggested be de Brogile i) 2 pi r = n lambda - Chemistry - Structure of Atom - 13237921 | Meritnation.com](https://s3mn.mnimgs.com/img/shared/content_ck_images/ck_2ce70ae0132acc2a783b0fe1ee6e1108.png)
108 Which of the following equation was suggested be de Brogile i) 2 pi r = n lambda - Chemistry - Structure of Atom - 13237921 | Meritnation.com
![Tick the correct answer in the following: Area of a sector of angle p (in degrees) of a circle with radius R is (A) (p/180) xx 2 pi R ( B )(p/180) Tick the correct answer in the following: Area of a sector of angle p (in degrees) of a circle with radius R is (A) (p/180) xx 2 pi R ( B )(p/180)](https://d10lpgp6xz60nq.cloudfront.net/web-thumb/571222806_web.png)
Tick the correct answer in the following: Area of a sector of angle p (in degrees) of a circle with radius R is (A) (p/180) xx 2 pi R ( B )(p/180)
![In this question why do they do 2(pi)r/t on the top of the fraction, where does the t come from? : r/Mcat In this question why do they do 2(pi)r/t on the top of the fraction, where does the t come from? : r/Mcat](https://i.redd.it/36evqxrwpes11.png)
In this question why do they do 2(pi)r/t on the top of the fraction, where does the t come from? : r/Mcat
![Given: A particle P moves within a plane with a path given in terms of the polar coordinates: R=2 theta^2 where R and theta are as defined below in the figure, and Given: A particle P moves within a plane with a path given in terms of the polar coordinates: R=2 theta^2 where R and theta are as defined below in the figure, and](https://homework.study.com/cimages/multimages/16/050719-104730404108424483455.jpg)
Given: A particle P moves within a plane with a path given in terms of the polar coordinates: R=2 theta^2 where R and theta are as defined below in the figure, and
![SOLVED: Entered Answer Preview Result 0,5 2t) ' 0.5*(r^2)*[([(t^2)+2*t]^0.5)-acos(1/(1+t))] 0.5r2 cos '(1+)) correct 1.41421*(r^2)*(t^0.5) 1.41421r2 (0. incorrect At least one of the answers above is NOT correct; point) Let be a semicircle SOLVED: Entered Answer Preview Result 0,5 2t) ' 0.5*(r^2)*[([(t^2)+2*t]^0.5)-acos(1/(1+t))] 0.5r2 cos '(1+)) correct 1.41421*(r^2)*(t^0.5) 1.41421r2 (0. incorrect At least one of the answers above is NOT correct; point) Let be a semicircle](https://cdn.numerade.com/ask_images/4a18e87a268d4362835cf0989065520c.jpg)