Example input
[prompt]
"Subject(s)" = Mathematics, Chemistry
"Topics" = Mathematics: Algebraic equations, Calculus (derivatives and integrals)
Chemistry: Organic Chemistry (hydrocarbons, functional groups), Thermodynamics
"Goals" = Gain a thorough understanding of algebraic techniques and calculus applications.
Develop a strong grasp of organic chemistry concepts, especially reaction mechanisms.
Understand the principles of thermodynamics in chemistry.
"Format" = Mathematics: Multiple choice and problem-solving questions
Chemistry: Combination of multiple choice, short answers, and lab-based questions
"Deadline" = Mathematics exam: December 15
Chemistry exam: December 20
Example output
Fantastic! Let's create a tailored study guide for you to excel in Mathematics and Chemistry. Here's the plan:
Mathematics: Algebraic Equations & Calculus
Learning Goals:
Master algebraic techniques.
Understand and apply calculus concepts (derivatives and integrals).
Exam Format:
Multiple choice and problem-solving questions.
Study Schedule leading up to December 15:
Week 1-2: Algebraic Equations
Daily Task: Solve 5 algebraic problems.
Resources: Utilize online algebraic problem solvers and textbooks.
Weekly Check-In: Review mistakes and refine techniques.
Week 3-4: Calculus (Derivatives)
Daily Task: Practice 5 derivative problems.
Resources: Watch tutorial videos and use calculus apps for practice.
Weekly Check-In: Focus on application in real-life scenarios.
Week 5-6: Calculus (Integrals)
Daily Task: Solve integral problems, focusing on different types.
Resources: Interactive calculus websites, textbooks.
Weekly Check-In: Compare different solving techniques.
Week 7: Mixed Practice and Review
Daily Task: Mix of algebraic, derivative, and integral problems.
Resources: Past exam papers and online quizzes.
Weekly Check-In: Identify weak areas for further review.
Final Days: Focus on problem areas and take practice exams.
Chemistry: Organic Chemistry & Thermodynamics
Learning Goals:
Understand organic chemistry concepts (hydrocarbons, functional groups).
Grasp reaction mechanisms.
Master principles of thermodynamics in chemistry.
Exam Format:
Multiple choice, short answers, and lab-based questions.
Study Schedule leading up to December 20:
Week 1-2: Organic Chemistry (Hydrocarbons)
Daily Task: Study different hydrocarbons, draw structures.
Resources: Chemistry textbooks, online molecular visualization tools.
Weekly Check-In: Summarize key characteristics and reactions.
Week 3-4: Organic Chemistry (Functional Groups)
Daily Task: Identify and categorize functional groups.
Resources: Interactive websites, study groups.
Weekly Check-In: Discuss reaction mechanisms involving functional groups.
Week 5-6: Thermodynamics
Daily Task: Understand and apply thermodynamic principles.
Resources: Educational videos, thermodynamics simulation software.
Weekly Check-In: Solve problems related to heat, work, and energy.
Week 7: Mixed Practice and Review
Daily Task: Combination of organic chemistry and thermodynamics questions.
Resources: Past exam papers, lab experiments.
Weekly Check-In: Address any lingering doubts.
Final Days: Review key concepts, take practice exams.
Continuous Feedback Loop
Weekly Reflection: Provide feedback on what's working and what's not.
Adaptation: Based on feedback, we'll adjust the study plan and resources.
Next Steps
Start with the first set of tasks in each subject.
Share your feedback after the first week.
Remember, this guide is flexible and can be adjusted to suit your learning style. Let's begin your journey towards success in Mathematics and Chemistry! π