Studies 1.7.7 Download

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Live learning app with learning content for classes 1-12, CBSE,ICSE, KVPY boards, NTSE,IIT JEE and NEET material.

This app is a complete study package for school and students and the ones preparing for graduation in engineering and medical colleges in India. The user can get access to live as well as recorded classes to study any topic from the school curriculum and ask unlimited questions from the professional team to answer queries. This app also covers co-curricular courses for grades like turbo match, rocket pro, photography, coding, grammar and other important life science courses. There are live quizzes in which the questions are gamified to make the learning fun and the app incentivises the students for pushing themselves to perform better.

The hotspot feature of the app lets students enter their responses to class interaction and their answers in real time to make sure the teacher is going in the direction in which the students understand them.

In this work we study the role of adsorbed Se on Si(111)-7×7 surfaces in the heat-induced 7×7→1×1 phase transition of the Si(111)-7×7 substrate. Download StudyGe - Geography, capitals, flags, countries 1.7.7 APK - StudyGe is an app that helps users expand their knowledge of geography, explore.

The app provides a complete study package for all the school students and it goes beyond by conducting all India mock tests to gauge the students’ understanding of the subjects correctly on a national level. It also provides study material for competitive exams like Olympiads, NTSE, JEE main and advanced and other material.

The app has content for mathematics (grade 1 to 12), english (grade 3 to 10), EVS ) grade 2 to 5), Science and SST( grades 6 to 10) and higher secondary education subjects like Physics, chemistry, maths and biology for grades 11 and 12.

It has live & recorded classes, conceptual videos for all the topics for a deeper and better understanding, chapterwise NCERT solutions, previous year papers, sample papers, mock tests, revision material, formula sheet for quick references and other micro courses material.


Unique features

Plenty of unique quizzes and tests to measure the students’ understanding and practice. Unlimited doubt clearing and users receive their answers to queries in PDF format which they can save for future references. The conceptual videos make difficult topics a breeze to understand, it increases students confidence through personalised learning and develops deeper understanding of the topics. Scholarships for meritorious students and teachers connect all over the country for a great interactive experience.

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This Game is Developed by Vedantu. It was Last updated on 2020-11-4 Its size is 20 MB . Its current version is 1.7.7 Its Android requirements is 4.1 and up. Check it on Playstore


Studies 1.7.7 Downloads

The surface species produced on Si(1 1 1)7 7 and vitreous SiO2 surfaces by ion irradiation in CF4 and in CH2F2 at 50 eV impact energy have been investigated by electron energy loss spectroscopy (EELS), thermal desorption spec-trometry (TDS) and low energy electron diffraction (LEED). In particular, the reaction layer for Si(1 1 1)7 7 ion-irradiated in CF4 is characterized by the presence of Si–C stretching, Si–Fx (x 1–3) stretching and bending modes, while ion irradiation in CH2F2 introduces additional C–H stretching mode. For both cases, the absence of C–F stretching feature in the corresponding EELS spectra indicates that CFx (x 1–3) surface species do not present in any appreciable amount. These EELS results are consistent with the TDS data, which shows that SiF4 is the major de-sorption product and desorption products such as CFx (x 1–3) are not observed. Ion irradiation of Si(1 1 1)7 7 in CF4 or CH2F2 at low impact energy therefore produces SiC and SiFx (x 1–3) as the primary surface products, while additional CH species is found in the latter case of ion-irradiation in CH2F2. When the oxidized surface instead of the 7 7 surface of Si(1 1 1) is used as the substrate, ion irradiation by the same dose of fluorocarbon ions appears to enhance the deposition of SiFx but reduce the amount of SiC species, which provides evidence for recombination re-action of surface O with surface C to form gaseous CO or CO2, leaving behind more F to interact with the Si substrate atoms. The corresponding TDS data suggests that the OCF radical may also be one of the minor desorption products.