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Role of Jinnah in Partition of India- Pakistan

India was under control of British for about 200 years. It finally got freedom on 15th August, 1947. Many people, nationalist have sacrificed their lives for the freedom of the country. One such prominent nationalist who fought for the freedom of India was Mohammad Ali Jinnah. It is said that Pakistan is created because of dispute between Jinnah and Nehru. It is often said that Jinnah played prominent role in the partition of India- Pakistan. In the research the researcher has tried to trace out that whether Jinnah was the sole reason of partition or not. India faced lots of problem but this was drastic decision taken by our leaders. It is difficult to say that we should be happy that we got Independence or we should be sad that we got divided with our brothers on this vary day with creation of Pakistan.nbsp Jinnah was a leader of Muslim League. From very starting he did not wished that Pakistan should be created. It was only due to some circumstances that led him take this decision. We will be dealing with such causes that made Jinnah changed his ideology and made him demand for separate state i.e. Pakistan. It is always said that person never claps with one hand. So it will be interesting to see that whether demand of partition by Jinnah was for his sole profit motive i.e. for acquiring political power or something else was there behind his demand. Therefore, researcher will be carefully dealing with events which involves Jinnah and which played important role in partition of India- Pakistan.
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Voice Controlled Robotic System using Arduino Microcontroller

Voice controlled robotic system is very beneficial in areas where there is high risk for humans to enter. Voice controlled robotic system is controlled through voice commands received via android device. The integration of control unit with Bluetooth device is achieved using a Bluetooth module to capture and read the voice commands. The robotic vehicle operates as per the command received via android device, for this Arduino is integrated in the system. The controlling device may be any smart phone having an Android OS. The transmitter uses an android application required for transmitting the data. The receiver end reads these commands and interprets them into controlling the robotic vehicle. The android device sends commands to move the vehicle in forward, backward, right and left directions. After receiving the commands, Arduino operates the motors in order to move the vehicle in four directions. The communication between android device and receiver is sent as serial communication data. Arduino program is designed to move the motor through a motor driver circuit as per the commands sent by android device. The wireless camera is interfaced with Arduino to record forward movement of the robotic system which also includes wireless night vision camera which will not only allow viewing whatever will be recorded in day time but also during night. A robotic arm is mounted at the front of the system to make changes in the environment along with a lcd screen to view the received commands. An obstacle detector is added to protect the system from obstacles on the way by using an ultrasonic sensor.
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A Comparison of Body Composition, Residual Biological Function and Dialytic Treatment of 20 Males and 19 Females Undergoing Chronic Peritoneal Dialysis

In this study, 34 variables were compared among 20 males and 19 females undergoing chronic peritoneal dialysis based on four approaches of elaboration. The variables were selected from among a large number of variables of a database, that were available for both males and females. The first approach compared the data between males and females. The second approach performed a correlation between two series of variables available in males and between two series of variables available in females.nbsp 64 variables showed 80 positive correlations, and consistent results are shown in four tables only the statistically significant results are shown. The third approach compared the body water content, calculated as total body water according to the formula by Watson, intracellular water, and extracellular water between males and females. The different forms of body waternbsp were normalized by height, weight and body mass index (BMI). Normalizationnbsp affected the outcomes of values of intracellular and extracellular body water differently. The relevance of these different modifications was shown to depend on the variance of the indexing variables. Total body water, intracellular water and extracellular water were significantly different between males and females, with higher values for males. The only exception was the extracellular water/intracellular water ratio, which was higher for females, showing that females most likely have a larger amount of body water despite their lower body size.
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