A model of how interest rate is modeled by an exponential function
Reinforcing Feedback Loop for Interest
Straight and exponential growth compared.
Compounding Interest
This simulation shows how the credit card balance works. Please play with the monthly interest rate (roughly APR/12) and monthly payment rate (0%- 100%).
Credit Cards
A model to gain understanding of the causes and effects of a population's interest in engineering.
Public interest in engineering
A model of how interest rate is modeled by an exponential function
Clone of Reinforcing Feedback Loop for Interest
A model to gain understanding of the causes and effects of a population's interest in engineering.
Clone of Public interest in engineering
A model to gain understanding of the causes and effects of a population's interest in engineering.
Clone of Public interest in engineering
Straight and exponential growth compared.
Clone of Compounding Interest
A model of how interest rate is modeled by an exponential function
Clone of Reinforcing Feedback Loop for Interest
A model to gain understanding of the causes and effects of a population's interest in engineering.
Clone of Public interest in engineering
A model of how interest rate is modeled by an exponential function
Clone of Reinforcing Feedback Loop for Interest
This simulation shows how the credit card balance works. Please play with the monthly interest rate (roughly APR/12) and monthly payment rate (0%- 100%).
Clone of Credit Cards
A model of how interest rate is modeled by an exponential function
Clone of Reinforcing Feedback Loop for Interest
A model of how interest rate is modeled by an exponential function
Clone of Reinforcing Feedback Loop for Interest
Straight and exponential growth compared.
Clone of Compounding Interest
This simulation shows how the credit card balance works. Please play with the monthly interest rate (roughly APR/12) and monthly payment rate (0%- 100%).
Clone of Credit Cards
