SET-1

Series S5RPQ

Roll No.

Q.P. Code 1/5/1

Candidates must write the Q.P. Code on

the title page of the answer-book.

NOTE

1. Please check that this question paper contains 19 printed pages.
2. Q.P. Code given on the right hand side of the question paper should be written on the title page of the answer-book by the candidate.
3. Please check that this question paper contains 13 questions.
4. Please write down the Serial Number of the question in the answer- book at the given place before attempting it.

1. 15 minute time has been allotted to read this question paper. The question paper will be distributed at 10.15 a.m. From 10.15 a.m. to 10.30 a.m., the candidates will read the question paper only and will not write any answer on the answer-book during this period.

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ENGLISH (Core)

Time allowed: 3 hours

Maximum Marks : 80

General Instructions:

Read the following instructions very carefully and strictly follow them:

1. This question paper has 13 questions. All questions are compulsory.
2. This question paper contains three sections — Section A: Reading Skills, Section B: Creative Writing Skills and Section C: Literature.
3. Attempt all questions based on specific instructions for each part. Write the correct question number and part thereof in your answer sheet.
4. Separate instructions are given with each question/part, wherever necessary.
5. Adhere to the prescribed word limit while answering the questions.
6. All the names, addresses, etc. used in the questions are fictitious. Resemblance, if any, is purely coincidental.

1/5/1*

P.T.O.

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SECTION A Reading Skills

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1. Read the following passage carefully:

12

1. Robotics is transforming the healthcare landscape by revolutionizing the way medical procedures are executed, patients are managed and hospital operations are streamlined. The seamless integration of artificial intelligence (AI), engineering and automation has catalysed the emergence of cutting-edge robotic technologies that are making healthcare more precise, efficient and accessible than ever before. From surgical theatres to outpatient clinics, robotics is enhancing workflow efficiency and significantly improving clinical outcomes.

1. Among its most notable applications is robot-assisted surgery. Advanced systems such as the 'Da Vinci Surgical Robot' empower surgeons with superior visualization, refined control and pinpoint accuracy. These minimally invasive techniques reduce surgical trauma, minimize complications and shorten recovery periods. Robotic surgery has proven especially transformative in intricate disciplines like cardiothoracic, gynaecological and neurosurgical procedures where precision is paramount.

1. In the realm of rehabilitation therapy, robotics play a crucial role in helping patients regain motor functions following strokes, spinal cord injuries or orthopaedic surgeries. Devices like robotic exoskeletons and motion-guided therapy systems provide consistent, repetitive movements that are vital for neuro-muscular recovery — often surpassing the capabilities of manual therapy. These systems also enable real-time monitoring and adaptive treatment planning, offering a more individualized and effective rehabilitation process.

1. Hospital automation is another rapidly expanding frontier. Robots are increasingly being deployed to perform routine yet essential functions such as medicine delivery, room disinfection and food distribution. During the COVID-19 pandemic, their use in contactless service delivery proved invaluable in reducing exposure risks and maintaining stringent hygiene protocols. The advent of diagnostic robotics further underscores the transformative power of AI in medicine. These intelligent systems analyse medical data and imagery with exceptional accuracy, facilitating early detection of conditions such as cancer, cardio-vascular disease and diabetes. By enhancing diagnostic speed and reliability, they significantly contribute to timely and effective intervention.

1/5/1*

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