PH Deck

Users currently rely on a variety of separate tools and manual calculations for different needs such as math, finance, and health, leading to inefficiencies and inconsistencies. The drawback is the need to integrate and manually manage multiple tools for diverse calculation purposes, creating a cumbersome and error-prone process.

Users rely on fragmented tools or manual methods for calculations, which are time-consuming and less accurate.

Users rely on physical TI-84 calculators for graphing and complex calculations, which can be cumbersome to carry, expensive to purchase, and less accessible during remote learning, creating issues for students and professionals needing reliable graphing tools anytime.

Users currently rely on physical TI-83 and TI-84 calculators for math, science, and graphing tasks. The drawbacks are the need to purchase these expensive, often bulky devices and the inconvenience of carrying them, especially when software or online solutions could serve the same functions.

Users face limitations with physical graphing calculators that can be cumbersome to carry and use during exams or professional settings.

Users rely on multiple tools or manual calculations for tasks like grade calculation, measurement conversion, and financial equations, leading to inefficiency and time-consuming processes.

Users currently need to perform various calculations and often rely on separate tools or manual methods. This is inefficient and prone to errors.

Users need quick access to calculators for finance, education, and other purposes but face complex interfaces, limited calculator types, and mandatory signups with traditional solutions.

Users rely on multiple separate tools for calculations in math, finance, health, and science, leading to inefficiency, time consumption, and inconsistent accuracy.

Students and professionals face difficulties in accessing advanced calculators like the TI84 and TI83 Plus due to high costs and requirement to carry physical devices.