Miscellaneous

What do you need to know about ClassDojo?

What do you need to know about ClassDojo?

ClassDojo connects teachers with students and parents to build amazing classroom communities Create a positive culture Teachers can encourage students for any skill or value — whether it’s working hard, being kind, helping others or something else

What do you need in a classroom theme pack?

This beautifully designed collection of classroom theme pack resources includes a wide range of different themed classroom packs for decorating your elementary classroom. Each pack includes a variety of resources, including a cover page, welcome sign, name tags, word wall title page, word wall card…

What kind of browser do I need for ClassDojo?

ClassDojo requires Chrome, Firefox, or Internet Explorer 10 and above to run. You can upgrade Internet Explorer, download Chrome, or download Firefox.

How big is the UBC Student Recreation Centre?

Home of UBC Recreation, the UBC Student Recreation Centre offers over 17,000 sq ft of flat space in the upper triple court gymnasium which can accommodate 3-6 volleyball courts (4 championship courts), three basketball courts, 12 badminton courts, or three indoor soccer courts.

Where is the closest parking to the Student Recreation Centre?

UBC Parking is a pay by plate system. The closest parkade to the Student Recreation Centre is North Parkade. Visit UBC Parking for more information.

ClassDojo requires Chrome, Firefox, or Internet Explorer 10 and above to run. You can upgrade Internet Explorer, download Chrome, or download Firefox. Older browsers don’t have security features we need to make sure your data is safe.

Where can I download the ClassDojo mobile app?

You can also download our mobile apps: download ClassDojo for iOSon the App Store or download ClassDojo for Androidon Google Play. Older browsers don’t have security features we need to make sure your data is safe.

How to define a monad with both state and either?

We can fix this problem though! Let’s define a new monad, StateEither, which combines the functionality of both State and Either together. We can define the type pretty easily: This says we take an initial state value, and return an updated state value, plus an Either result value.

Can you use do notation in monad instance?

But we can take advantage of Either ‘s monad instance, using do -notation, and come up with something arguably slicker: We no longer have to explicitly deal with an exit case: binding with a Left value automatically terminates the loop. Cool! How about State?