Results for ill fated flight translation from English to Hindi

my poor, poor, ill-fated son.
मेरा, गरीब गरीब, बदकिस्मत बेटे.

a person who is engaged in investment activities but is ill fated .
वह व्यक्ति जो निवेश सम्बन्धी कार्यों में संलग्न हो किन्तु जिसका भाग्य साथ नहीं देता हो ।

indeed we unleashed upon them an icy gale on an incessantly ill - fated day ,
हमने उन पर बहुत सख्त मनहूस दिन में बड़े ज़न्नाटे की ऑंधी चलायी

the ill - fated nawab is out to stamp out the growing power of the british .
अभागा नवाब अंगरेजों की बढ़ती सत्ता का खत्म कर देना चाहता है ।

so those who are ill - fated , are in the fire – they will bray like donkeys in it .
तो जो लोग बदबख्त है वह दोज़ख़ में होगें और उसी में उनकी हाए वाए और चीख़ पुकार होगी

but there is a real passion of grief in one poem addressed to ourbhagini , file ill - fated one .
” लेकिन एक कविता में दारुण दुख का वर्णन एक ‘दुर्भागिनी’ के लिए किया गया है ।

when that day comes , no one will speak without his permission ; so among them are the ill - fated and the fortunate .
जिस दिन वह आ पहुँचेगा तो बग़ैर हुक्मे ख़ुदा कोई शख़्श बात भी तो नहीं कर सकेगा फिर कुछ लोग उनमे से बदबख्त होगें और कुछ लोग नेक बख्त

such a bold fellow was one jagannath kushari who married a niece of the ill - fated brothers kamadev and jayadev whose indiscreet jest had caused all the trouble .
ऐसे ही लोगों में एक थे जगन्नाथ कुशारि जिन्होंने कामदेव और जयदेव जैसे बदनसीब भाइयों की एक भतीजी से विवाह किया था और जिसे अपने निर्बंध उत्साह के चलते सारे कष्टों को झेलना पड़ा ।

we sent upon them a violent wind during a few ill - fated days to make them suffer a disgraceful torment in this life . their torment in the life to come will be even more disgraceful and they will not receive any help .
तो हमने भी नहूसत के दिनों में उन पर बड़ी ज़ोरों की ऑंधी चलाई ताकि दुनिया की ज़िन्दगी में भी उनको रूसवाई के अज़ाब का मज़ा चखा दें और आखेरत का अज़ाब तो और ज्यादा रूसवा करने वाला ही होगा और उनको कहीं से मदद भी न मिलेगी

nor need one cavil at the missionary zeal of one of the most sincere and eloquent protagonists of international understanding of the modern age who sought to achieve on the moral plane what the ill - fated league of nations and its successor the united nations have tried to achieve on the political .
किसी धर्मप्रचारक जैसे उत्साह की जरूरत भी नहीं थी और न बाल की खाल उतारने वाले की बल्कि एक सच्चे , वाग्मी और आधुनिक नायक की - जिसकी समझ विश्व स्तर की हो और जो आदर्श के आधार पर वह पाना चाहता हो जो बदकिस्मत ‘लीग आफ नेशन्स’ और उसका अनुज ‘यूनाइटेड नेशन्स’ राजनैतिक आधार पर पाने की कोशिश कर चुके थे ।

so we unleashed upon them an icy gale during ill - fated days , in order that we might make them taste a humiliating punishment in the life of the world . yet the punishment of the hereafter will be surely more disgraceful , and they will not be helped .
तो हमने भी नहूसत के दिनों में उन पर बड़ी ज़ोरों की ऑंधी चलाई ताकि दुनिया की ज़िन्दगी में भी उनको रूसवाई के अज़ाब का मज़ा चखा दें और आखेरत का अज़ाब तो और ज्यादा रूसवा करने वाला ही होगा और उनको कहीं से मदद भी न मिलेगी

the dictionary meaning of robot is a mechanical man or a more than humanly efficient automation. it is an automatic apparatus or device that performs functions ascribed to human beings or operates with what appears to be almost human intelligence. but this defamation does not give a human shape to the robot. the robot does the work of a human being. the robot institute of america has given a very interesting definition on an industrial robot. industrial robots are usually used at industries. "an industrial robot is a reprogrammable, multifunctional manipulator designed to move materials, parts, tools or special devices through variable programmed motions for the performance of a variety of tasks". so, a robot is capable of being reprogrammed. this characteristic distinguishes it from a fixed automation. a fixed automation is designed to do one and only one specific task. if the specification of task changes even slightly the fixed automation becomes incapable of performing the task. it is designed to perform according to one fixed specification. however, a robot can be reprogrammed to perform even when specifications are changed drastically. the original programme is simply erased and the new programme takes care of the changed tasks. this feature that a robot can be reprogrammed makes the robot a flexible device. hence, manufacturing systems which use robots are called flexible manufacturing system (fms) due to this flexibility. karle capek was the first person to introduce the word 'robot' and sir isaac asimov coined first time the word 'robotics'. according to asimov, robotics is the science of dealing with robots. hence robotics involves a scientific study of robots. the study includes design, selections of materials of proper quality for the components, fabrication, study of various motors required for moving the components, design of electronic circuits, computers and computer programming and control of robots. since robots and robotics are still in the developing stages, a considerable amount of research is being pursued in this line. depending on the area in which robots are to be used, robotics includes disciplines such as biology, medical science, psychology, agriculture, mining, outer space engineering etc. mainly two types of robots are there, i.e. fixed robot and mobile robot. the fixed type robot is fixed to a particular location while doing his work with his hands. a mobile robot moves form place to place. mobility is given to robots by providing wheels or legs or other crawling mechanisms. basically robot has five major components such as, (a) the manipulator, (b) the end effectors (c) the locomotion device (d) the controller and (e) the sensors. in a robot system, all the above five components are interfaced properly so that each component can work in a co-coordinated fashion for the effective and efficient functioning of the robot. in an industrial robot system, a mini computer is being used as the controller. sensors are measuring instruments that measure quantities such as position, velocity, force, torque, proximity, temperature etc. applications of robots: though robots are used widely in industries but they are also popular in other fields like agriculture, nuclear energy, fire fighting, mining, undersea exploration, space exploration, medical applications etc. (1) industries: use of robots in industries are very common because they can offer reduced cost of production, increase productivity, improve production quality, and can operate hazardous and hostile environment. robots, at industries are classified according to the type of work they perform like pick- and place robots, point-to-point robots, assembly robots etc. (2) agriculture: in agriculture, robots are now successfully utilized for fruit picking, potato digging etc. (3) nuclear energy: handling of radioactive substances in a nuclear power station is an important work done by robots. this relieves the human beings from doing such hazardous tasks. (4) fire fighting and mining: robots can perform hazardous works like fire fighting to extinguish the fire and in mining operations. (5) udersea exploration: robot can go dip into the sea of depth 2 to 6 kilometers attached with submarine for deep sea exploration. scarab-such a robot, was used to retrieve the black-box of the ill-fated air india jumbo 'kaminski'. (6) space exploration: robots are used widely in space exploration and space research. (7) medical applications: robots have been valuable in the areas of artificial replacement of missing parts of human body (prosthetics) and providing exoskeletons (orthotics) on an invalid arm or leg
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