Stay updated with college news and events. Access announcements and calendar updates. with classmates and faculty. Join discussions and share feedback. Receive notifications for campus activities and deadlines.
Access events, calendars, and contacts to stay organized. Save classes and assignments using the timetable function. Connect with classmates via Campus Feed and send direct messages. Share location and contact details with others.
Play games using Snood characters instead of numbers. Track progress with a simple interface. Solve Latin Squares puzzles with hints and undo features. Adjust difficulty levels and save sessions.
Students can view and follow their college success plan, schedule and cancel appointments, join virtual waiting lines, and receive notifications. They can also post messages in academic groups and use the compass feature to locate campus services.
Teach fractions, pre-algebra, exponents, and root words through interactive games. Practice reading comprehension with engaging stories. Use drag-and-drop features to solve problems. Receive instant feedback and progress tracking.
Test knowledge with 100 levels and 1,000 facts. Answer multiple-choice questions about characters, events, and teachings. Track progress through levels. Share scores with friends. Receive hints and explanations for incorrect answers.
Play as a in a RPG, fighting enemies and collecting meat to upgrade stats and unlock abilities. Explore a beach environment, defend against invaders, and evolve your character through combat and resource gathering.
Build and manage an empire by farming, mining, and constructing towns. Collect resources, tools, and expand settlements. Control weather and summon villagers using magical runes and influence.
Solve equations using two points, one point and slope, or coordinate values. Input decimals and fractions. View step-by-step solutions and plot results. Save calculation history and share final solutions.
The app solves quadratic equations, inequations, and functions. It offers a 3D rotating model of a parabola and a graph mixer for exploring function graphs.