Explore scientific models covering topics like traffic jams and predator-prey interactions. Create and customize microworlds using text or block-based coding. Engage in discussions with other learners to share ideas and collaborate on projects.
Solve math, biology, physics, chemistry, nursing, economics, and history problems with AI-powered step-by-step guidance. Type or snap a photo of equations or questions for instant answers.
Calculate arterial blood gas results with built-in formulas and reference ranges. Input pH, PaCO2, and HCO3- values. Interpret results with clinical guidelines. Generate reports and save patient data. Share findings with healthcare professionals.
Create professional presentations with ready-made slides, templates, diagrams, charts, infographics, themes, icons, and graphics. Edit and customize slides, add visuals, and apply design elements directly within .
The app interprets Arterial Blood Gas and Osmolar Gap, including triple acid base problems. It provides differential diagnosis for each disorder and calculates Anion Gap, Osmolar Gap, Delta Delta, Expected PCO2, and Expected Bicarb.
Allows users to plot functions, implicit relations, and parametric curves. It supports 3D graph visualization in AR. Features include inequality plotting, vector fields, and coordinate transformations.
The app provides data-driven debriefs for pilots, analyzing flights into segments to evaluate performance. It offers maneuver scoring, reviews of flight data, and chart overlays to identify areas for improvement.
View codon tables in four formats: standard table, codon picker, and structural representations. Select codons to display amino acid names, structures, and properties.
Calculate pH, pOH, [H⁺], or [OH⁻] from any one value. Input concentration or ion activity to solve for missing variables. Automatically handles strong and weak acids/bases using provided Ka or Kb values.