Milenge Milenge (Hindi: मिलेंगे मिलेंगे; English: We Will Meet‚ We Will Meet) is a Bollywood film that was released on 9 July 2010.[3] Inspired by the 2001 romantic comedy Serendipity‚[4] the movie is directed by Satish Kaushik and stars Shahid Kapoor and Kareena Kapoor in their fifth film together after Imtiaz Ali’s Jab We Met (2007).[5] Other members from the cast include Satish Shah‚ Aarti Chhabria‚ and Delnaaz Paul. Contents [hide] * 1 Plot * 2 Cast * 3 Production * 4 Reception
Premium
LITERATURE BY MUNSHIPREMCHAND Munshi Premchand lived from 1880 to 1936 and can justly lay claimto the title of the best Hindi fiction writer ever. He was born on 31July 1880 in a small village‚ Lamhi‚ near Varanasi. His parents namedhim Dhanpat Rai. He started writing at a young age. Initially‚ hewrote in Urdu. Later‚ he wrote only in Hindi. Munshi Premchand was the son of a postal clerk. He lost his motherwhen he was very young. Just 7 years. And his at the age of 14‚ helost his father. With his
Premium Uttar Pradesh
Clear bubbles; bubbles did not fizz. HCl and BTB- Color changes to orange after the BTB is added. NH3 and 1 drop of BTB- Turned dark blue. HCl and Blue Dye - Turned dark blue Blue Dye and NaOCl- Turned dark blue then aqua blue. NaOCl and KI- Turned yellow. KI and Pb(NO3)2- Cloudy yellow. NaOH and phenolphthalein- Dark pink. HCl and phenolphthalein- Clear w/ No bubbles. NaOH and AgNO3 – Olive green. AgNO3 and NH3- Clear w/ Bubbles NH3 and CuSO4- Cloudy aqua blue. Questions: A. Suppose a
Free Acid Chemistry Bicarbonate
Mix it thoroughly until the solids are well dissolved. After Na2S2O3 solution is made‚ standardize the solution against KBrO3. 25.00-mL aliquots of KBrO3 solution is pipetted into three 250-mL Erlenmeyer flasks. Place about 2-3g of KI (potassium iodide) in each flask and 5mL of 3M H2SO4 (sulfuric acid) as following. Titrate with Na2S2O3 right away until the solution changes its color to pale yellow. The expression to this reaction is presented as BrO3-(aq) + 6I-(aq) + 6H+(aq) → Br-(aq)
Premium Chemistry Water Laboratory glassware
Title of Experiment: An Activity Series Lab MSDS: Copper‚ Cu(s) Stability- Stable. Incompatible with strong acids‚ active halogen compounds‚ chlorine‚ fluorine‚ iodine‚ bromine‚ ammonia. May react explosively with strong oxidizing agents. Toxicology-Dust may cause respiratory irritation. Personal Protection- Suitable ventilation if handling powder. Zinc‚ Zn(s) Stability-Stable. Incompatible with amines‚ cadmium‚ sulfur‚ chlorinated solvents‚ strong acids‚ strong bases. Air and moisture
Premium Chlorine Bromine Oxidizing agent
Quantitative Analysis: % Copper in an Ore May 3‚ 2006 Abstract: In this experiment we were given an unknown sample of ore. Using the spectrophotometric analysis and the electrogravimetric analysis‚ we found the unknown percentage of copper in the unknown sample of ore was to be 17.6% by mass. Introduction: Chemical analysis takes place under two different scenarios. In one case‚ you need to find out the chemical identity of some material. The first kind of analysis‚ in which the chemical
Premium Chemistry Chemical element Chemical reaction
History..... In 1932 salesman Herman W. Lay opened in Nashville ‚ Tennessee and ‚ in 1938 ; he purchased the Atlanta ‚ Georgia potato chip manufacturer “ BARRETT FOOD COMPANY “‚ renaming it “ H.W. LAY & COMPANY “. In 1942 LAY’s introduced its 1st potato chip processor ‚ resulting the product. The Business shortened its name as “ THE LAY’S COMPANY “ in 1944 and became the 1st snack food manufacturer to purchase television commercials ‚ with Bert Lahr as a celebrity spokesman. His signature
Premium Potato Potato chip Brand
Redox Titration Analysis of a Commercial Bleach A. Purpose ! ! ! To review oxidation-reduction reactions and their stoichiometry. To learn the concept and technique of redox titration. To determine the percent (m/v) of an active ingredient‚ sodium hypochlorite (NaOCl)‚ in a commercial bleaching agent. B. Theoretical Background Whereas acid-base reactions involve the transfer of a proton‚ oxidation-reduction or redox reactions involve the transfer of electrons from one substance to
Free Oxidizing agent Sodium Iodine
JOURNAL OF INFORMATION‚ KNOWLEDGE AND RESEARCH IN ELECTRICAL ENGINEERING DEVELOPMENT OF ACTIVE SUSPENSION SYSTEM FOR CAR USING FUZZY LOGIC CONTROLLER‚ PID & GENETICALLY OPTIMIZE PID CONTROLLER 1 AMIT B PANCHAL‚ 2DR. JAGRUT J GADIT‚ 3NIKUNJ G MISTRY ‚4NIRAV M VAGHELA 1‚4 2 Assi. Professor in Elect. Engg. Dept‚ Parul Inst. of Engg. & Tech.‚ Limada‚ Vadodara Assoc. Professor in Elect. Engg. Department‚ Faculty of Engg & techo-MSU Vadodara. 3 Lacturer in Electrical Engg. Department
Premium Control theory PID controller
sites of interaction. The structure of hD3 and hD2L receptors was differentiated by means of MD simulations and D3 selective ligands were discriminated‚ in terms of binding energy‚ by docking calculation. Robust correlation of computed and experimental Ki was obtained for hD3 and hD2L receptor ligands. In conclusion‚ the present computational approach seems suitable to build and refine structure models of homologous dopamine receptors that may be of value for structure-based drug discovery of selective
Premium