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      "body": "Congratulations @sunnyleoneiam! You received a personal award!\n\n<table><tr><td>https://steemitimages.com/70x70/http://steemitboard.com/@sunnyleoneiam/birthday2.png</td><td>Happy Birthday! - You are on the Steem blockchain for 2 years!</td></tr></table>\n\n<sub>_You can view [your badges on your Steem Board](https://steemitboard.com/@sunnyleoneiam) and compare to others on the [Steem Ranking](https://steemitboard.com/ranking/index.php?name=sunnyleoneiam)_</sub>\n\n\n###### [Vote for @Steemitboard as a witness](https://v2.steemconnect.com/sign/account-witness-vote?witness=steemitboard&approve=1) to get one more award and increased upvotes!",
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      "body": "![jXcfJXM.jpg](https://steemitimages.com/DQmfPEKhBEFBhWC2UUTtV6uyjzfbsgKAmBDSxujZRNW5ZtH/jXcfJXM.jpg)(conceived September 3, 2001)is an American model and on-screen character, surely understood in the global demonstrating scene. With her dazzling head turner of a face and body, she has figured out how to make thundering progress at an exceptionally youthful age. Having the glittering previous supermodel Cindy Crawford as mother cum direct certainly helped her, however it was her ability and commitment which cleared route for her to end up plainly a standout amongst the most looked for after American divas today. \n\nKaia has been very vocal about the impacts her mom had on her. It was her mom's desire that Kaia must concentration in her examinations. Also, accordingly, Kaia did well in examines and dependably scored decent evaluations. The adoration for demonstrating hit her at an extremely youthful age. Her expert demonstrating profession commenced at 10 years old with none other brand than 'Versace'. She hasn't thought back from that point onward. \n![1455118478-elle-kaia-index.jpg](https://steemitimages.com/DQme39ZgsDpxa6JgtdeFX1zo7GSfhKntUHTWQLjmosGpTap/1455118478-elle-kaia-index.jpg)\nLittle girl of supermodel Cindy Crawford with a similarity to her mom that is uncanny. She was 13 years of age when she demonstrated for Teen Vogue. She was conveyed by means of a home birth in Los Angeles, California.![104e17fbcdd1455f9f4435ca8eda02d8.jpg](https://steemitimages.com/DQmfSCd6JWy8CT7brD6EBX3QWq2RqHJcSVCVyCEJUPECbWm/104e17fbcdd1455f9f4435ca8eda02d8.jpg)",
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      "author": "sunnyleoneiam",
      "body": "welcome to our channel. We in general understand that there are various delightful performing specialists and models far and wide. Today, we will talk about the Russian model whose hot pictures getting viral by means of online systems administration media.![sddefault.jpg](https://steemitimages.com/DQmS4z5guci5K2oYBd1rnJHf58XnDkuLfrmGYHo1Qe86T8G/sddefault.jpg)![nintchdbpict000313579168.jpg]\nCompanions, we are examining the young woman named Anastasia Kvitko. She was considered in Russia on November 25, 1994 Anastasia went Los Angeles for illustrating. \n(https://steemitimages.com/DQmerNrVb2g2yzpsxUgWmPR2w7ZUyFAstgN4JSKjSmoirKc/nintchdbpict000313579168.jpg)![la_galeria_de_anastasia_kvitko__610011228_1440x1800.jpg]\nEarlier she was greatly fat. Along these lines, various showing associations rejected her. However, Anastasia kept industriousness and did not surrender. She lock in and reduced her paunch. Directly, she ends up being to a great degree common and various huge showing workplaces are come to Anastasia. \n\n![Anastasia-Kvitko-2.jpg](https://steemitimages.com/DQmP8bvbMPw9MrFXSso8T5grwP5hgvejZm8ccJiGgxgqZL7/Anastasia-Kvitko-2.jpg) was raised in western Russia in the Kaliningrad Oblast region and moved to the United States in her late youth years. She at first moved to Miami to look for in the wake of showing. Before long in Miami she by then moved to Los Angeles to look for in the wake of exhibiting full time. \n\nAnastasia is only 23 years old and he has achieved such a noteworthy position at to a great degree young age. Today, she has more than 60 million follower on her instagram account. Sidekicks, you will like, offer and comment underneath(https://steemitimages.com/DQmZrBtXNX2zAhjG5WhWiZ7RG1ocX8Eh7T9HzSp5TmdmoqK/la_galeria_de_anastasia_kvitko__610011228_1440x1800.jpg)![s6xfmjM.jpg](https://steemitimages.com/DQmXcsfEbM8dwv7kUok1PM3zMANBwYNbdruQLdMR2GmeZyK/s6xfmjM.jpg)",
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      "author": "sunnyleoneiam",
      "body": "# Home remedies to prevent hair loss after delivery\nDuring your pregnancy, your hair becomes thick and shiny by itself, but once your baby is born, your hair starts falling rapidly. Besides feeding the baby and taking care of her other child, you may worry about falling hair constantly. Since the child is born, many women start worrying about their appearance. The excessive hair loss on it causes it to bother almost every new mother. But there is no need to worry about it and you are not even tired. This is just a temporary phase which will go away a little later and the reason for this is also the presence of hormones inside the body. In this article we are telling you the reasons for this problem and the adaptable home remedies.\nhttps://images.myupchar.com/1783/delivery-ke-bad-baal-jhadna-in-hindi.jpg\n# Whether hair loss is normal after delivery -\n\nYou can also visit in my site for very great content of blogging \nlink is -- http://www.tejomestar.com/   click here guys and read my article!! \n\nThe problem of more hair loss than normal for a few months after delivery is surprising for women, but this is quite normal. Your child will become normal back to your baby's first birthday. Normally 85 to 95 percent of your hair is actively growing on your head, but the other 5 to 15 percent go into a resting stage, in fact they are the reason for hair loss. Usually around 100 hair fall in one day. During pregnancy, hair increases rapidly due to the increased levels of estrogen. But when the hair after the delivery comes in the resting phase, they also fall rapidly and each day falls short of falling. (Read more - Exercise after delivery) After your delivery, the level of estrogen decreases in your body, and too much hair goes to the resting phase and during the five months you can wash your hair and comb Come out. Although it is not necessary for all women to have this problem after pregnancy or delivery, this problem is mostly found in women with long hair. Talk to your doctor about hair loss. Sometimes the cause of hair fall, anemia or postpartum thyroiditis (postpartum thyroiditis- swelling of thyroid glands within one year after delivery) may be treatmentable conditions. (Read more - Hair Masks to Prevent Hair Loss)\nhttps://images1.myupchar.com/8870/kya-delivery-ke-baad-baalo-ka-jhadna-samanya-hai-in-hindi.jpg\n# Due to Hair Fall After Delivery -\n\nGenerally, at least 70-100 hair fall or fall on people every day. But due to the elevated level of estrogen during pregnancy, this process stops and our hair goes in a state of rest, due to which instead of falling our hair remains on our head and at that time the hair of the woman becomes dense . (Read more - Sex after delivery) Due to the increased levels of hormones during pregnancy, your hair goes in a restless phase named Telogen for long adjustment. For this reason, hair loss decreases during pregnancy and hair becomes thick and thick. It usually starts after five to six weeks and ends in about six to eight months. After the delivery of several women, hair loss starts in the first month, while other women say that this process starts about 3 months later. (Read more - due to hair fall)\nhttps://images1.myupchar.com/8871/delivery-ke-baad-baal-jhadne-ke-karan-in-hindi.jpg\n# Rescue and Treatment of Hair Loss After Birth of a Child -\n\nWith #delivery, there are many physical changes due to the hormones in your body, but as the time goes on, these changes also gradually disappear. The following are the simple ways of reducing hair loss and dealing with this problem after delivery: Stay away from stress. Postpartum hair loss is called postpartum telogen Effluvium in therapeutic language. It is a normal phenomenon that is not bald in them. Even the common people suffer due to hair stress. So if you worry about falling hair, more hair will fall. Do not make tight hair styles in hair. Using tight rubber bands, clips and rollers or tightening your hair tightly increases the pressure on your hair and stress on the scalp. By which hair is broken down. Eat nutritious diet You may have felt that when you were eating healthy diets during pregnancy, your hair and skin became very beautiful. Vegetables and nuts are not only healthy foods but also contain antioxidants and flavonoids that protect hair follicles. Take supplements. Sometimes, whatever you eat, the body does not get all the minerals and essential vitamins. Talk to your doctor for Vitamin B complex, Zinc, Vitamin E, Vitamin C and Biotin supplements. They help to increase hair growth and hair loss to a great extent. Do not use chemicals in hair. If you wash your hair every day or every day, then select natural or herbal hair cleansers that do not have harmful chemicals. Washing hair with a strong shampoo damages them and they are also weak. Do not use too much hair and heating equipment on your hair. Do not over-comb. Hair loss is increased due to frequent hair loss. Also, use a large tooth comb to brush wet hair, because doing so will reduce stress on your weak hair. Make the hair smaller. After the arrival of a newborn baby at home, the possibility of taking care of long hair decreases because you get engaged in the care of the baby. So haircutting is the best solution. Small hair falls short in comparison to hair longer anyway. (Read more - Hair Fall Tips)\n\nhttps://images1.myupchar.com/8872/bachhe-ke-janm-ke-baad-baal-jhadne-ke-bachav-aur-upchar-in-hindi.jpg\n# Home remedies to prevent hair loss after delivery -\n\nWhen the baby is #born, the level of estrogen hormone also decreases and all the hair that is in resting state, they begin to fall. However, a lot can not be done to prevent hair loss after delivery. Normally the hair automatically comes back after 6-8 months of childbirth.\n\nhttps://images1.myupchar.com/8873/delivery-ke-baad-baalo-ka-jhadna-rokne-ke-liye-gharelu-upay-in-hindi.jpg\n\n# \"Please guys supporting me in steemit\nEverybody!!\"",
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      "body": "Do you also look rude or bad after washing your hair? These problems can be for many reasons. But there is no need to panic, because many articles have been mentioned in this article which you can use to wash your hair without worry. After this you will not get any trouble to see. Simultaneously, with the help of these tips you will find your hair shiny and always looks young. (Read more - Tips for hair care) Let's tell you how to keep hair healthy and young - Wash the hair properly -\n# 1  Do not use hot water for healthy hair -\n# 2  To keep hair healthy, decoction them properly -\n# 3  Do not wash hair quickly -\n# 4  Do not wash hair longer -\n# 5  Apply conditioner after washing hair with shampoo -\n# 6  Wrap hair lightly -\nhttps://images.myupchar.com/1808/nahate-samay-in-bato-ka-rakhein-dhyan-baal-rahenge-hamesha-jawan.jpg\n# In Hindi translate Also---\n\nक्या आपको भी अपने बाल धोने के बाद रूखे या खराब लगते हैं? ये समस्या कई कारणों से हो सकती है। लेकिन घबराने की ज़रूरत नहीं है, क्योंकि इस लेख में कई ऐसे कई टिप्स बताये गए हैं जिनके इस्तेमाल से आप अपने बाल बिना चिंता के धो सकेंगे। इसके बाद आपको कोई भी परेशानी देखने को नहीं मिलेगी। इसके साथ ही इन टिप्स की मदद से आपको अपने बाल चमकदार और हमेशा जवान लगने लगेंगे।  (और पढ़ें - बालों की देखभाल के लिए टिप्स)  तो आइये आपको बताते हैं बालों को स्वस्थ और जवान कैसे रखें –  बालों को सही तरीके से धोएं - \nस्वस्थ बालों के लिए गर्म पानी का इस्तेमाल न करें - \nबालों को स्वस्थ रखने के लिए सही ढंग से उन्हें काढ़े - \nबालों को जल्दी जल्दी न धोएं -\nबालों को अधिक समय तक न धोएं - \nबालों को शैम्पू से धोने बाद कंडीशनर लगायें - \nबालों को हल्के हाथ से पोछें -\nhttps://images.myupchar.com/1806/sardiyo-mein-balo-ki-dekhbhal.jpg",
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      "body": "# What is an Electromagnetic waves?\nHello friends,In this article I am going to show you,what is an electromagnetic waves and their characteristics - Electromagnetic wave may be defined as the electromagnetic waves consist of sinusoidally time varying electric and magnetic fields acting at right angle to each other as well as at right angle to the direction of propagation of waves.\n\n\n\n# What is the Characteristics of electromagnetic waves? \nElectromagnetic waves propagate in the form of varying electronic and magnetic field such  that the two fields perpendicular to each other and also to the direction of propagation of the waves\nAll the electromagnetic waves are transverse in nature.\n Electromagnetic waves do not require any material medium for their propagation.\n Electromagnetic waves table with the velocity of lights.\n Electromagnetic waves produced by accelerated charge .\nThe electromagnetic waves obey the principle of superposition.\nThe energy electromagnetic wave is divided equally between the electric field and magnetic field vector.\n Energy transported by electromagnetic wave per second per unit area is represented by a vector quantity is called poynting vector. \nThe Gamma ray these waves range from 3 into paint power 19 Tu Ubuntu paint power xx Hz Gamma ray are highest energy radiation and they are mainly emitted by Radioactive\n X-Rays have frequencies in the range of 10^16 To 3*10^18 Hz.\nUltraviolet Ray these are part of solar spectrum they have the frequency range of 8 *10^11 to 8*10^16 Hz.\nVisible light the frequency of visible light range from 4*10^14 To 8*10^14 Hz.It forms a very narrow part of the electromagnetic spectrum.\nInfrared Ray infrared Ray are heat radiation does all hot bodies are the source of infrared rays about 60% of the solar radiation is Infrared rays in the nature the frequency range from 3*10^11 to 4 *10^15 Hz.\n Microwaves, these waves are produced by oscillating hello electronic circuit the frequency of microwaves lies between 10^ 8 Hz to 4 *10^11 Hz.Microwaves are used in radar and other communication system.\nRadio -Radio  waves are also produced by oscillating electronic circuit their frequency range from 3 *10^3 to 3*10^11 Hz.Radio waves are used as carrier waves In radio broadcasting and TV transmission .\n\nhttps://2.bp.blogspot.com/-e2mxWtMvyo8/WkNNREzqk0I/AAAAAAAAAGw/_8XfITG-UUohqpYkpFWhRZ_mMVwyYUE1gCPcBGAYYCw/s1600/sss.png\n\n# Radiation in atmosphere-\nThe main source of electromagnetic radiation in the atmosphere is the sun the sun Sands electromagnetic waves of different wavelengths towards the Earth the major part of these wavelength is observed observed observed by the atmosphere but the visible light is weakly observed the most of the infrared radiation in observed bye the atmosphere and used to hit it.\nThe radiation from the sun also has ultraviolet radiation which is observed by the ozone layer in fact the Ozone Layer converts ultraviolet radiation to infrared rays which is used to hate the atmosphere and the earth surface.",
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      "body": "# Static-  what is static data member?\nHello Guys, I am going to show you,what is the static data member of class in C++ language -A data \n\nmember that is shared among all objects of the class is known as static data member.\n\nIt may be defined as the static is a Keyword,it can be used to declare data variable function of the\n\nclass and object variable.Static variable will be allocated memory space once.Static data member\n\nof class must initialize before main functions and after class.Static variable data member can be\n\nsaid to every object of the same class number.Static member of class can be accessed directly \n\nwith their class name and with their object name.It works at run time, not like dynamic memory.\n\n\n\n# Features of Static Data Member--\nStatic is a Keyword.\nIt is used to declare data variable function variable of the class and object variable.\nStatic variable will allocate memory space once and fast bracket for most bracket \nStatic data member of class must be initialized before main functions and after class.\nStatic variable member can be said to every object of the same class number.\nStatic member of class can be accessed directly with their class name and with their object name.\nNon static data member of class cannot be directly used inside the static member functions of class.\n\n\nhttps://2.bp.blogspot.com/-pAXfr3QiAQg/WkkJs4BBeJI/AAAAAAAAAKA/zyXYMijltoUGLSogS_i-H1QtPDbzlsT4gCLcBGAs/s400/ggggf.png\n\n\n# static data member\n\n\n\n\n# Some other features of static data member-\n\nStatic data member of class is also known as active member and none instance member.\nNon static data member of class is also known as inactive member of class and instance static member functions of class .\nStatic data member of class can be directly used inside static member functions of classs\nNon static data member of class cannot be directly used inside static member of class.",
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      "body": "# Cyclotron- \n\n# Q ) What is a Cyclotron and its derivation]  with principle,working construction,Uses and its Limitations ?\n\n#  Principle-\n\n A charged particle accelerates to very high speed when kept in a the moderate electric           field and in uniform,perpendicular magnetic field.\n The frequency of revolution open charged particle a magnetic field is independent of speed and radius of the Earth .\n Construction :-\n It consists of  2- D shapes dees made up of metals arrange parallel and enclosed under a steel chamber.\nTo electromagnet with opposite polarity North and South are applied perpendicular   to the dees and does are connected to a high frequency oscillator.\n \n# Working :-\n                    \n  I.   Suppose a positive iron presence in the gap between hollow metallic d's D1 and D2 at the point            P. \n\n II.   Supposed even is negative then the positive Ion is accelerated towards D1 and with a velocity V.\n\nIII.   On entering D1 it does not experience any electric field (due to shielding effect of metallic     \n        dees) but follows a circular path due to perpendicular magnetic field. \n\nIV.     when it comes out of D1 it finds D2 nagative due to polarity change caused by HF        \n          oscillator,hence It is now accelerated towards D2 .\n\nV.      The electric field polarity gets reverse every time it reaches the gap and hence it gets               \n          accelerated.\n\nVI.     The particle follows a spiral path and when the radius of regulation of the positive ion        \n           becomes maximum it is ejected out through the window buy a defective electric field.\n\n#  Theory :-\nhttp://www.machinedesign.com/sites/machinedesign.com/files/uploads/custom-inline/G3_Cyclotron.gif\n The regulation of the positive ion is balanced by the magnetic field therefore ;\n\nNow,\nCentripetal force,  mv^2/r = Bqv \n\n=> mv/r = Bq\n\n=> V = Bqr/m\n\nand , r = mv/Bq\n\nNow, we find maximum kinetic energy :- \n\n# 1)  Maximum K.E. is :-\n\n\nK.E. = 1/2 mv^2\n\nK.E. = 1/2 m [Bqr/m]^2\n\nK.E. = 1/2 B^2q^2r^2/m------------(2)\n\n# 2)  Frequency:-\n\nLet \"t\" is the time taken to cover semicircle D1 or D2 then,\n\nTotal time (T) = 2t,\n\n=> T = 2 * [Pie r/m]      ------ (pie means mathematical symbol) \n\n=> T = 2 Pie r/(Bqr/m)\n\n=> T = 2 pie /[B(q/m)] = constant;\n\nFrequency, (meu) = 1/T\n                                 = B(q/m)/2 pie\n\n                                 => w = 2 pie meu      ----- , where w= angular velocity;\n\n                                => w = qB/m\n\n# Note  - \" W \" is also called magnetic resonance frequency.\n             #  Magnetic resonance frequency is independent of the radius and velocity of the             \n             #  moving ion.\n# Uses :-\n⦁\tTo bombard nuclei with energetic particles and study the resulting nuclear reaction. \n⦁\tThe implants iron into solid and modify their party properties or even synthesis new materials. \n⦁\tIn hospital to produce radioactive substance which can be used in diagnosis and treatment. \n \n # Limitations :- \n\n⦁\tThe elementary particle such as electron requires unusually high frequencies (GHz). \n⦁\tMaintaining the uniformity of the magnetic field over the extended reason of the dees can also be a problem .",
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      "body": "@@ -1,20 +1,22 @@\n+# \n Semiconductor- What \n@@ -48,16 +48,18 @@\n  notes?%0A\n+%0A%0A\n The semi\n@@ -902,16 +902,18 @@\n .png%0A%0A%0A%0A\n+# \n Semicond\n@@ -937,16 +937,16 @@\n types- %0A\n-\n      %E2%A6%81  \n@@ -1239,11 +1239,14 @@\n .%0A%0A%0A\n+ #\n  1)\n+ \n  P- \n@@ -1906,10 +1906,14 @@\n ng%0A%0A\n+%0A# \n 2)\n+ \n  n-t\n@@ -2159,16 +2159,16 @@\n uctor. %0A\n-\n It can b\n@@ -2371,28 +2371,65 @@\n n get n- type semiconductor.\n+%0A%0A# %22Keep supporting me%22%0AThanks guys.\n",
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      "body": "Semiconductor- What is semiconductor in full  notes?\nThe semiconductor which have resistivity between the conductor and the insulator are called semiconductors. The best semiconductor are Germanium,Silicon,Selenium etc.\nIn the semiconductor the number of free electron per unit volume is the order of 10^13.\n   Hence it resistivity lies between 10 to 100 ohm - centimetre.Apart this there is are some more difference between the conductor and semiconductor. When the temperature of the conductor is increased its resistivity increase.\n\nBut when the temperature of a semiconductor is increased its resistivity decrease. Also in the semiconductor, if impurity is mixed from outside then its electrical conductivity is very much affected which is not found in the case of conductor.\n\nhttps://4.bp.blogspot.com/-y1sKOPeyHag/WkY--Fwg6ZI/AAAAAAAAAIo/QaDMPAx6mwkuyR9pSbI85rvV0GOj4WRxwCLcBGAs/s640/images1.png\n\n\n\nSemiconductor are of two types- \n     ⦁      Intrinsic semiconductor\n     ⦁      Extrinsic semiconductor \n\n\n Intrinsic semiconductor-\nThe semiconductor in its purest form  are called  Intrinsic  semiconductor .\n\nExtrinsic semiconductor -\nThe semiconductor which are dopped  with the impurity are called extrinsic semiconductor .\n\n\n 1) P- type semiconductor-\n\n The conduction property of a semiconductor can be drastically changed by diffusing a small amount of impurity in it .The process of diffusion an impurity is called doping .\nIf a trivalent impurity such as Aluminium is dropped in the semiconductor like Silicon then the hole produced at the position.\nwhich are majority charge carrier in the such cases. This type of semiconductor in which holes are majority charge Carriers is called P- type semiconductor. The impurity in these are called acceptor impurity.\n\n\n\nhttps://3.bp.blogspot.com/-YVqq55aWU84/WkY-_xnpwUI/AAAAAAAAAIs/EOgzVVzhSqUV1vnm5OvHrFbaPXaKiG7ygCEwYBhgL/s1600/images.png\n\n2) n-type semiconductor -\nThe semiconductor in which negative charge Carriers are larger in number than the positive charge carrier are called n -type semiconductor. In fact electrons are the majority charge carriers in case of N - type semiconductor. \nIt can be obtained by dropping a pentavalent impurity to the tetravalent semiconductors. such impurity which donate electrons of conduction are called Donor impurity. By doping Phosphorus in Silicon we can get n- type semiconductor.",
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      "body": "Distinction between insulator, conductor and \nSemiconductor\n\n* There are difference between conductor,   insulator and semiconductor-\n1) Conductor-What is conductor?\nThe conductor are those substance which have valence electron loosely in contact with the nucleus. Due to which they act as free carriers of electronic charge. In a very good conductor nearly 10^22 free electron are present per unit volume. It resistivity is nearly 10^-6 ohm-centimetre(ohm-cm). \n\n\n\n2) Insulator- What is insulator?\nThe insulator are those substance which have very few free electrons. In fact a perfect insulator will have no free electron,and its resistivity will be infinite .pratically in the nature no substance is perfectly insulator at room temperature. A very good insulator is as mica has a resistivity of the order of 10^13 ohms - centimetre.\n\n\n3) Semiconductor- What is semiconductor?\n\n\n The semiconductor which have resistivity between the conductor and the insulator are called semiconductors. The best semiconductor are Germanium,Silicon,Selenium etc.In the semiconductor the number of free electron per unit volume is the order of 10^13.\n\n Hence it resistivity lies between 10 to 100 ohm - centimetre.Apart this there is are some more difference between the conductor and semiconductor. When the temperature of the conductor is increased its resistivity increase.\n\nBut when the temperature of a semiconductor is increased its resistivity decrease. Also in the semiconductor, if impurity is mixed from outside then its electrical conductivity is very much affected which is not found in the case of conductor.\n\nhttps://2.bp.blogspot.com/-K6YLreUMxJA/WkUfB1Zr4TI/AAAAAAAAAIQ/X0HeYZnFnjQ67zjyTsBt8CJWCaIPFkCqgCLcBGAs/s1600/main.png\n\n\n\n\n\n\nClassification of solids on the basis of energy bands --\n\n\n 1) Valence band-  \n\n\nThe energy band occupied by the valence electron is called balance band .\n\n\n 2) Conduction band-\n\n\nThe energy band of the higher energy level which is either empty or partially filled above the valence band is called conduction band.\n\n\n3) Forbidden energy gap-\n\n\nThe Valence band and conduction band in the solid are usually separated by a definite energy gap. Electron cannot have energy corresponding to this energy gap and hence it is known as forbidden energy gap.\n\nIt is denoted by \"Eg\".\n\n\n\n** Distinction between conductor semiconductor and insulator on the basis of energy band -\n\n\n1)  Metal or Conductors - What is conductor on the basis of energy band?\n\n\nhttps://2.bp.blogspot.com/-cZkJ0WUKS7A/WkUe4bIK9-I/AAAAAAAAAIE/yU0ToNtiueMIWJl93oYU6VzVgvAZ4TgMQCLcBGAs/s320/1.png\n\n\n\n\n\n\n\nA solid in which valence band and conduction band overlap each other  is known as metals or conductor . There is no Forbidden energy gap between the valence band and conduction band . In metals , the conduction band is partly filled. The electron in the field energy level require a very small amount of energy by ( thermal excitation) to move to the unfilld energy levels in the conduction band. In the presence of applied electric field , the electrons in the filled energy levels gain energy and move to the unfilled energy level in the conduction band.\n\n The movement of electrons in the conduction band constitutes electric current. Thus metals are good conductor of electricity. A conductor in the conduction band are known as conduction electrons.\n\n\n\n2) Insulator-What is insulator on the basis of energy band?\n\n\n\nhttps://3.bp.blogspot.com/-eh7DaMWllGI/WkUe6bXEttI/AAAAAAAAAII/TqVv0tUb5eEwtGNkOPMYziLKmtaFXmdDQCLcBGAs/s320/2.png\n\n\n In insulators the valence band is completely filled with the electron and the conduction band is empty and both the bands are separated by the forbidden energy gap of 6 Energy volt(ev).\n\nThe insulator can conduct electric current only if the electron from the balance band can move to the conduction band .This can happen if energy gained by electron in the valence band is greater than the forbidden energy gap. But the electrons in the valence band have the energy is equal to 3/2 K = 0.025 electron volt (ev) (where K= Boltzman's constant) at the room temperature. This energy is very small as compared to the energy of the forbidden gap therefore the electron in the balance band cannot go to the conduction band and hence insulator can not conduct electric current.Therefore insulator is a bad conductor of electricity.\n\n\n3) Semiconductor-What is semi-conductor on the basis of energy band?\n\n\n\nhttps://1.bp.blogspot.com/-xLjqn9BZ1aU/WkUe8hJ13FI/AAAAAAAAAIM/8nR6F3MS5HUb5MjC43rIv2_lFGd3HQZvACLcBGAs/s320/3.png\n\n The semiconductor are the material in which the forbidden energy gap between the valence band and the conduction band is very small. Germanium and silicon are the good  example of semiconductor. In the case of Silicon the Forbidden gap energy gap (Eg) is  1.2ev (electron volt) and for Germanium is about 0.72(ev) electron volt. \n\nAt zero (0K) kelvin the electrons in the valence band do not have sufficient energy to jump the conduction band and hence semiconductor behaves as a insulator at zero kelvin.But the room temperature some of the electrons in the valence band have sufficient thermal energy to jump to the conduction band and semiconductor may conduct at room temperature.\n\n\n\n\"Keep supporting me be ahead.\"\n\n\"I am Very happy to help something\"\n  \"THANKS GUYS \"",
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      "body": "# Logic Gate-What is Logic Gate?\n\n# Digital electronics-What is Digital electronics?\n\nA signal having only two levels of information is called digital signal, The two levels are \"yes\" corresponding to (one) and \"no\" corresponding to (zero) 0.\n\n\nThus the digital circuit makes use of the only two digits  zero (0) and one (1) of binary   number system.\n\n\nCircuit handling such signals are called digital circuit. Clearly in any digital circuit only two values represented by 0 and 1 of the input and output voltage are permissible.\n\n\nhttps://3.bp.blogspot.com/-VuAyE3jVe48/WkS3ieI8aGI/AAAAAAAAAHw/IMmI4RCWNOYpUS1qsuEVy7q2t0KOZCTMQCPcBGAYYCw/s400/1460786037.gif\n\n\n\n\n\n\nWhen 0 and 1 represent the low and high value of the uot voltage respectively, the system is called a positive logic system .\nOn the other hand ,if 0 and 1 are represented the high and low values of voltage respectively, then this is called a negative logic system.\nIn most digital circuit diode and the transistors are used as a switches,Which is changed from one voltage levle to another since a switchis may be open or close.\n\nThe two input states of digital circuit may also be assigned \"off\" and \"on\" states. In positive logic system the two states 0 and 1 respectively.\n\n\n# Logic Gate or Logic Circuits-\n\nAny digital circuits that can be analyzed with the help of Boolean Algebra is known as logic Gate or logic circuits.\n\nIt can also be defined as the logic circuit which may either allow a signal pass though or stop.\n\nThe mos important commanly employed logic gates are OR,NOT,AND. These are some compound  gates such as NOR and NAND gate.\n\n\n\n# * There are different Logic gates or circuits-\n\n#  1) OR GATE-\n\n\n\n\n\n\nIn OR gate has two or more input but only one output.In the symbolic representation above the picture A and B are input and with respect to output is Y.\n\n(A+B=Y) .\n\nIt is read as A or B equals to Y. It is realized by using two diodes and a load resistance as shown in the circuit.\n\n\n# The Truth Table of OR GATE-\nhttps://2.bp.blogspot.com/-Vgc7oc7-XI8/WkS2Mk2yL4I/AAAAAAAAAHc/37gSbIldp5Q9uR7krQ2iibnRBfD1mT2FQCPcBGAYYCw/s320/or.png\n\n      A        B              A+B=Y\n\n      0           0                    0\n\n      0           1                    1\n\n       1           0                    1\n\n       1           1                     1\n\n\nClearly a truth table indicates that the output of a logic for the given inputs.\n\n\n\n# 2) AND GATE-\n\nhttps://3.bp.blogspot.com/-XbD7byZGBfA/WkS13EHXB0I/AAAAAAAAAHc/ZQQR8AGNJx0GjfevRkRCDJMdPcZUKkvFACPcBGAYYCw/s320/and.png\n\n\nIn AND Gate has two or more input but only one output. This gate is also known as coincidence circuit. In the represented above A and B are input and Y is the output.\n\nIt follows the Boolean Expression A.B=Y, which can be read A and B equals to Y. It can be realized again by using diode but in different manner.\n\n\n# The Truth Table of AND GATE-\n\n\n     A        B         A.B=Y\n\n       0        0            0\n\n       0        1            0\n\n       1        0            0\n\n       1        1             1\n\n\n\n\n# 3) NOT GATE-\n\n\nhttps://1.bp.blogspot.com/-VZKEPiYktLU/WkS149TowcI/AAAAAAAAAHc/lmZ-MjH5o7sW8KTtdI48bbJt8vh6GnLlgCPcBGAYYCw/s320/not.png\n\n\nNOT gate has only one input and oputput is also one.In above Symbol A is input and y is output.A NOT gate is also called an circuit. The Boolean Expression for NOT Gate is A'=Y\n\n\n# The Truth Table of NOT GATE-\n\n\n    A       Y'         \n\n    0        1      \n\n    1        0\n\n\n\n\n\n# 4) NOR GATE-\n\nhttps://3.bp.blogspot.com/-ADZcBtKSgyo/WkS13gQ-hpI/AAAAAAAAAHc/rFLGlXzog8Q4D9sQeGgVoNvnNw-3JKRSACPcBGAYYCw/s320/nor.png\n\n\n\n# THE Truth Table-\n\n\n\n\n    A        B         A.B=Y       Y'\n\n    0        0           0             1\n\n    0        1            0             0\n\n    1        0            0             0\n\n    1        1             1             0\n\n\n\n\n# 5) NAND GATE-\n\n\n\nhttps://2.bp.blogspot.com/-_MpfdSCZeXc/WkS13gV9IqI/AAAAAAAAAHc/Ic0k1JXjt1EmzjZzmJOKtHel1cfNVsveQCPcBGAYYCw/s320/nand.png\n\nIt is also the combination form of NOT and AND gate . It follows the Boollean expression , that is -AB'=Y\n\nIt can be read  as A and B negated equals to Y.\n\n\n#  The Truth Table-\n\n\n\n\n      A        B         A.B=Y       AB'=Y\n\n       0        0            0               1\n\n       0        1            0               1\n\n       1        0            0               1 \n\n        1        1             1               0\n\n\n\n\n\"I am Very happy to help something\"\n\n  \"THANKS GUYS \"",
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