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# three horses are grazing within a semi-circular field. in the diagram given below, ab is the diameter of the semi-circular field with centre at o. horses are tied up at p, r and s such that po and ro are the radii of semi-circles with centres at p and r respectively, and s is the centre of the circle touching the two semi-circles with diameters ao and ob. the horses tied at p and r can graze within the respective semi-circles and the horse tied at s can graze within the circle centred at s. the percentage of the area of the semi-circle with diameter ab that cannot be grazed by the horses is nearest to

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get three horses are grazing within a semi-circular field. in the diagram given below, ab is the diameter of the semi-circular field with centre at o. horses are tied up at p, r and s such that po and ro are the radii of semi-circles with centres at p and r respectively, and s is the centre of the circle touching the two semi-circles with diameters ao and ob. the horses tied at p and r can graze within the respective semi-circles and the horse tied at s can graze within the circle centred at s. the percentage of the area of the semi-circle with diameter ab that cannot be grazed by the horses is nearest to from screen.

## Three horses are grazing within a semi

Oct 06,2022 - Three horses are grazing within a semi-circular field. In the diagram given below, AB is the diameter of the semi-circular field with centre at O. Horses are tied up at P, R and S such that PO and RO are the radii of semi-circles with centres at P and R respectively and S is the centre of the circle touching the two semi-circles with diameters AO and OB. The horses tied at P and R can graze within the respective semi-circle and the horse tied at S can graze within the circle centered at S. The percentage of the area of the semi-circles with diameter AB that cannot be grazed by the horses is nearest toa)20 b)28c)36 d)40Correct answer is option 'B'. Can you explain this answer? | EduRev Quant Question is disucussed on EduRev Study Group by 594 Quant Students.

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Three horses are grazing within a semi-circular field. In the diagram given below, AB is the diameter of the semi-circular field with centre at O. Horses are tied up at P, R and S such that PO and RO are the radii of semi-circles with centres at P and R respectively and S is the centre of the circle touching the two semi-circles with diameters AO and OB. The horses tied at P and R can graze within the respective semi-circle and the horse tied at S can graze within the circle centered at S. The percentage of the area of the semi-circles with diameter AB that cannot be grazed by the horses is nearest to

a) 20 b) 28 c) 36 d) 40

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Test: Geometry- 3

Akhil Rawat Sep 12, 2019 Related

Three horses are grazing within a semi-circular field. In the diagram given below, AB is the diameter of the semi-circular field with centre at O. Horses are tied up at P, R and S such that PO and RO are the radii of semi-circles with centres at P and R respectively and S is the centre of the circle touching the two semi-circles with diameters AO and OB. The horses tied at P and R can graze within the respective semi-circle and the horse tied at S can graze within the circle centered at S. The percentage of the area of the semi-circles with diameter AB that cannot be grazed by the horses is nearest toa)20 b)28c)36 d)40Correct answer is option 'B'. Can you explain this answer?

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Three horses are grazing within a semi-circular field. In the diagram given below, AB is the diameter of the semi-circular field with centre at O. Horses are tied up at P, R and S such that PO and RO are the radii of semi-circles with centres at P and R respectively and S is the centre of the circle touching the two semi-circles with diameters AO and OB. The horses tied at P and R can graze within the respective semi-circle and the horse tied at S can graze within the circle centered at S. The percentage of the area of the semi-circles with diameter AB that cannot be grazed by the horses is nearest toa)20 b)28c)36 d)40Correct answer is option 'B'. Can you explain this answer? for Quant 2022 is part of Quant preparation. The Question and answers have been prepared according to the Quant exam syllabus. Information about Three horses are grazing within a semi-circular field. In the diagram given below, AB is the diameter of the semi-circular field with centre at O. Horses are tied up at P, R and S such that PO and RO are the radii of semi-circles with centres at P and R respectively and S is the centre of the circle touching the two semi-circles with diameters AO and OB. The horses tied at P and R can graze within the respective semi-circle and the horse tied at S can graze within the circle centered at S. The percentage of the area of the semi-circles with diameter AB that cannot be grazed by the horses is nearest toa)20 b)28c)36 d)40Correct answer is option 'B'. Can you explain this answer? covers all topics & solutions for Quant 2022 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Three horses are grazing within a semi-circular field. In the diagram given below, AB is the diameter of the semi-circular field with centre at O. Horses are tied up at P, R and S such that PO and RO are the radii of semi-circles with centres at P and R respectively and S is the centre of the circle touching the two semi-circles with diameters AO and OB. The horses tied at P and R can graze within the respective semi-circle and the horse tied at S can graze within the circle centered at S. The percentage of the area of the semi-circles with diameter AB that cannot be grazed by the horses is nearest toa)20 b)28c)36 d)40Correct answer is option 'B'. Can you explain this answer?.

Solutions for Three horses are grazing within a semi-circular field. In the diagram given below, AB is the diameter of the semi-circular field with centre at O. Horses are tied up at P, R and S such that PO and RO are the radii of semi-circles with centres at P and R respectively and S is the centre of the circle touching the two semi-circles with diameters AO and OB. The horses tied at P and R can graze within the respective semi-circle and the horse tied at S can graze within the circle centered at S. The percentage of the area of the semi-circles with diameter AB that cannot be grazed by the horses is nearest toa)20 b)28c)36 d)40Correct answer is option 'B'. Can you explain this answer? in English & in Hindi are available as part of our courses for Quant. Download more important topics, notes, lectures and mock test series for Quant Exam by signing up for free.

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## Three horses are grazing within a semi

Click here👆to get an answer to your question ✍️ Three horses are grazing within a semi - circular field. In the diagram given below, AB is the diameter of the semi - circular field with centre at O. Horses are tied up at P, R and S such that PO and RO are the radii of semi - circles with centres at P and R respectively, and S is the centre of the circle touching the two semi - cricles with diameters AO and OB . The horses ties at P and R can graze within the respective semi - circle and the horse tied at S can graze within the circle centred at S. The percentage of the area of the semi - circles with diameter AB that cannot be grazed by the horses is nearest to

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## Three horses are grazing within a semi

Step-by-step explanation:15 is the correct answer