Khan for Educators: Where do I go from here?

2m read

·Nov 10, 2024

Congratulations on completing Khan for Educator's initial course! Your efforts to grow your professional learning inspire all of us at Khan Academy.

While this course has come to an end, Khan Academy offers other communication channels and opportunities to keep learning. From the teacher dashboard, click on the resources tab. Here, you will find additional materials that may help you use Khan Academy with your students.

Also, check out the help center, where you can find a series of articles, including frequently asked questions and guides for students, teachers, and parents. In addition, from the help center, you can report a technical problem and receive assistance from our support team.

To learn more about Khan Academy's training initiatives or other projects, keep an eye on your inbox. We'll always make an effort to keep our educators in the know. You can also follow our teacher-exclusive Facebook group and Teach with Khan Twitter account for additional teacher-focused videos, like interviews with our teacher ambassadors or past webinars.

Visit our Khan Academy teacher YouTube channel or, for more on remote teaching and learning, check out our Keep Everyone Learning site for resources for students, teachers, and families available in English and Spanish.

Finally, if you'd be willing to share a few moments of your time, we'd love to get your feedback on this course and how we can best support teachers everywhere. If you'd be willing to provide feedback, please use the survey found in this lesson. If you have any difficulties accessing the survey, please contact teacher education at khanacademy.org.

Once again, congratulations on completing Khan for Educator's initial course! We look forward to hearing more about the incredible things you are doing with your students.

Why is the tech industry in the SF Bay Area?

Derivative as a concept | Derivatives introduction | AP Calculus AB | Khan Academy

View All

Finding decreasing interval given the function | Calculus | Khan Academy

Let’s say we have the function ( f(x) = x^6 - 3x^5 ). My question to you is, using only what we know about derivatives, try to figure out over what interval or intervals this function is decreasing. Pause the video and try to figure that out. All right,…

Comparing Roman and Byzantine Empires | AP US History | Khan Academy

We already have several videos talking about the Byzantine Empire, which is really just the continuation of the Roman Empire after its fall. They even called themselves the Roman Empire. But what I want to do in this video is a bit of a deep dive to make …

Stupid Simple Life Rules

Life is simple, but most people insist on making it complicated. The more you complicate it, the harder and more stressful it becomes. Living that good and unbothered lifestyle shouldn’t only be a dream; it can become your reality. And that’s what this vi…

Passive Income: How Much You Need Invested To Make $200 Per Day

What’s up you guys? It’s Graham here. So today, we’re going to be finally answering the age-old question that everyone wants to know. It’s something that affects all of us, and it’s a topic that mathematicians and philosophers have been analyzing since th…

Interval of convergence for derivative and integral | Series | AP Calculus BC | Khan Academy

Times in our dealings with power series, we might want to take the derivative or we might want to integrate them. In general, we can do this term by term. What do I mean by that? Well, that means that the derivative of f prime of x is just going to be the…

Dividing rational expressions: unknown expression | High School Math | Khan Academy

We’re told the following equation is true for all real values of Y for which the expression on the left is defined, and D is a polynomial expression. They have this equation here; what is D? All right, so essentially what they’re saying is they don’t wan…

Khan for Educators: Where do I go from here?

More Articles