Exponents to Numbers Worksheets
What is Exponential Growth & Decay? When calculating exponential growth and exponential decay, we use the following formula; The general exponential formula is given by; Exponential = y = abx b here is the growth factor, r is the growth or decay rate, and x is the number of time intervals passed. Exponential Growth = y = a (1+r)x. Exponential Decay = y = a(1-r)x. When something is growing continuously, mostly naturally occurring phenomena, we use the term exponential growth to describe it. Bacteria growth or radiation decay are some examples exponentially growing phenomenon. When something is getting reduced continuously, we term it as exponential decay. An example of this is the decreasing air pressure with height.
Demonstrates the concept drawing lines based on slope and point intersections. Practice problems are provided.View worksheet
Explores the use of parallel lines to plot and draw lines. Practice problems are provided. Would the graph of y = 0.4x show exponential growth or exponential decay? Each time x is increased by 1, y decreases to one half of its previous value. So as showing in the graph this equation is showing decay.View worksheet
Independent Practice 1
Contains 20 Exponential Growth & Decay problems. The answers can be found below.View worksheet
Independent Practice 2
Features another 20 Exponential Growth & Decay problems.View worksheet
12 Exponential Growth & Decay problems for students to work on at home. Example problems are provided and explained.View worksheet
10 Exponential Growth & Decay problems. A math scoring matrix is included.View worksheet
Homework and Quiz Answer Key
Answers for the homework and quiz.View worksheet
Lesson and Practice Answer Key
Answers for both lessons and both practice sheets.View worksheet
Did you know that many common bacteria can grow exponentially in a matter of days? The fastest growing bacteria have a reproduction rate of 15 to 20 minutes, when conditions are right.