Lahore

Charunima Mishra replied | 13 hrs ago

The following ways are to improve students's engagement during online tutoring:

1.The live example with real world scenarios.

2. Leverage interactive learning tools like screen sharing, google docs sheet and slides.

3. Offer a high degree of transparency regarding their progress. You want your feedback to be positive and encouraging.

4. Students feel more engaged when they feel like you're more of a helpful peer than an educator, parent, or authority figure. Make your sessions personal whenever possible.

 5. Pay attention to student engagement levels.Tailor your tutoring approach and communication to specific student needs.Convey enthusiasm through body language and tone.

Anu Dcruz replied | 11 hrs ago

To improve student engagement during online tutoring, use interactive tools like quizzes and whiteboards, break content into short, focused lessons, and encourage active participation through questions and discussions. Incorporating gamification, personalizing lessons to students' interests, using breakout rooms for group work, and providing regular feedback and praise also help maintain motivation and interest. These strategies create a more engaging and dynamic learning experience.

Sana Begum replied | 10 hrs ago

valid for three years from the date of certification

Deepank Agrawal replied | 15 hrs ago

Yes! Electrochemistry is one of those chapters with the potential to have unique problems. Questions are asked consistently each year in JEE Adv.

Anu Dcruz replied | 11 hrs ago

Yes, electrochemistry is highly important due to its wide range of applications in both everyday life and industrial processes. It underpins technologies like batteries, fuel cells, and sensors, contributing to energy storage, renewable energy, and environmental sustainability. Electrochemistry is essential for understanding and preventing corrosion, as well as for wastewater treatment and pollution control. Its scope extends to fields such as materials science, medicine (e.g., biosensors), and industrial manufacturing (e.g., electroplating). With ongoing advancements, electrochemistry plays a crucial role in addressing global challenges related to energy, health, and the environment.