Techno launched Spark 6 Air and mini pod M1 single-ear wireless earbud in India. Both products belong to the entry-level device category and boast an impressive specification for the price. The Techno Spark 6 Air comes with a massive 6,000mAh battery and a 7-inch display. On the other hand, the Techno mini pod M1 can play 18-hours of music with a single charge and comes with IP4 water resistance. Both the spark 6 Air smartphone and Minipod M1 single-ear wireless earbud will be available on Amazon Prime day.
The Techno Spark 6 smartphone is available in single 2GB RAM and 32GB internal storage model for Rs. 7,999. You can purchase the phone in comet black or ocean blue colors. The Techno mini pod M1 is priced at Rs. 799 and available in white color with a multi-color silicone protective case. Both products will go on Sale online and offline from August 6.
The Techno Spark 6 Air comes with Android 10 and HIOS 6.2 on the top. It features a large 7-inch HD+ display with a 20.5:9 aspect ratio. The phone is powered by the MediaTek Helio processor. It comes with 2GB and 32GB expandable storage options that can be further extended up to 1Tthrough a dedicated card slot. The battery is 6,000mAh and enough to keep it alive the whole day even if you are a heavy user. The phone has a triple camera setup that includes a primary 13-megapixel camera sensor and a 2-megapixel depth sensor. The front camera houses an 8-megapixel sensor with an f/2.0 lens. For connectivity, it uses a Bluetooth 5.0. The phone has the environment noise cancellation feature that allows you to have a seamless voice quality during the call.
Many educators support virtual approach in teaching, but some are still hesitant to employ technology in their classrooms. The reasons for this range from expensive prices to opposition from school authorities. Others regard VR and AR as valuable for fun but not as good teaching tools in the classroom.
According to a recent EdTech survey, other instructor issues include the bulkiness of the technology, bugs, and the performance and availability of data. Despite these obstacles, demand for augmented reality and virtual reality in education is likely to expand in the future years. This implies that present and aspiring instructors should educate themselves on the advantages of virtual reality in the classroom.
Everyone can get a piece of the pie with virtual reality. In this setting, an equal proportion of schooling would suffice. Because of VR, education is no longer a shame. There are persons, usually children, who encounter barriers to education due to a variety of factors ranging from disability to distance. VR removes those barriers; it offers a quick start with any instruction. Everything is already in place and can be easily relocated if necessary. It is an undeniable reality that instructors are constantly looking for new ways to educate students, especially those with special needs.
Game - based learning
The finest learning outcomes occur when you are involved and have the opportunity to attempt something, fail, and then do it well. Nothing surpasses firsthand experience, and virtual reality enables this. Consider how sad youngsters must be nowadays when you suggest to them, "Read your storybook." It's a non-active action. After all, kids live in a world of technology and rapid gratification. However, if you order them to open their books and read aloud to determine who can read the fastest, they would react very differently. Excitement and competitiveness might stimulate their interest in learning. Adding a competitive and game element to schooling makes it more appealing.
Furthermore, VR allows teachers to 'gamify' even the most basic lessons, such as 'turn the window' or 'slam the door,' into a more complicated gaming experience. Even better, gamification may be successfully incorporated into the instructional content. In a Stone Age era VR classroom, for example, kids can play a game of cutting stone, producing a stone axe, and understanding about ancient people's lives.
Children are usually riveted to their smartphones or other smart gadgets, making it difficult to capture their attention to anything that does not involve moving visuals or easy-to-read material. VR education, on the other hand, can compete with these expectations. There are no distractions while using VR right away. The environment is so vibrant, appealing, and engaging that every pupil becomes completely absorbed. In VR, if you don't move, nothing occurs. As a result, complete engagement is necessary. That is how, owing to VR, a teacher can help students develop quick reflexes, attention to detail, and quick thinking. Furthermore, that is how a pupil ends up appreciating class involvement.
We can prosper as a society because of VR in difficult areas such as medicine and engineering. It is well known that excellent outcomes are the product of 20% ability and 80% work and effort. As a result, without practise, a theory is meaningless. There is also a fine line between a basic chemical experiment and understanding how to operate on someone's spine.
Both are extremely sophisticated and need cutting-edge technology. This is where virtual reality education comes in. It allows many people to get experience in an area that is often difficult to obtain. VR enables pupils to experiment with things they would not be able to accomplish at school.