Kinematics
Derivatives and Integrals
Exponential Growth and Decay
Diff EQs
Investments
100

These are the first and second derivatives of position with respect to time, respectively.

What are velocity and acceleration?

100

This is the integral of -cos(x).

What is -sin(x) + C?

100

These are the assumptions we utilized to help us derive the exponential growth/decay function y = y0ekt.

What are (1) the population growth/decay is proportional to the size of the population and (2) there is no lack of resources. 

100

This is the constant solution for dy/dx = (y-1)x.

What is y = 1?

100

You invest $5,000 into an investment account with an interest rate of 0.035%, compounded continuously. This is the amount you will have in the account after 5 years.

What is $5,956.23?

200

A car moving at 40 m/s applies the brakes, decelerating at -5 m/s2. This is the distance the car covers before it stops.

What is 160 meters?

200

This is the integral of (1/x)dx.

What is ln|x| + C?

200

A town has a population of 67,824. The population is decreasing at an annual rate of about 2.5% per year. This is what the approximate population of the town will be after 20 years.

What is about 41,137 people?

200

This is the general solution for dy/dx = 4x2.

What is 4x3/3 + C?

200

You invest $10,000 into a savings account with a 4.44% interest rate, which is compounded monthly. This is the approximate amount of money that will be in the account after 5 years.

What is $12,455.75?

300

A car is speeding down the road at a constant 50m/s. A police officer starts from rest and begins to chase the car after 4 seconds, accelerating uniformly at 5m/s2. How far down the road do they meet?

What is approximately 1370.82 meters down?

300

This is the integral of x- 2x2 + 44dx.

What is x5/5 - 2x3/3 + 44x + C?

300

A village has an initial population of 5,100 people that is growing at about 2.75% annually. This is the approximate number of years, to the nearest year, it will take for the population to triple.

What is 40 years?

300

This is the general solution for dy/dx = yx2.

What is y = ±Ce(x^3)/3?

300

You invest $1000 into a savings account with a 5.15% interest rate, which gets compounded quarterly. This is the approximate amount of money you will have in the savings account after 10 years.

What is $1,668.15?

400

A soccer ball is kicked at an angle of 25 degrees with respect to the ground with an initial velocity of 35m/s. This is about how long the ball is in the air before hitting the ground.

What is 3 seconds?

400

This is the derivative of 2x· sin(x)

What is 2x2(3sin(x) + xcos(x))?

400

A fossil is found to have only 7.4% of its original Carbon-14 remaining. Given the half-life of Carbon-14 is 5,730 years, this is the age of the fossil.

What is approximately 21,523.78 years?

400

These are the solutions to dy/dx = (y + 5)x.

What are y = -5 and y = ±Ce(x^2)/2?

400

You invest $2000 into a bank account with an 0.48% interest rate, compounded continuously. This is approximately how much money you will have in the account after 20 years.

What is $2,423.34?

500

An object is dropped (without any initial speed) from the top of a building that is 100 meters tall. This is the velocity of the object at the point of impact with the ground.

What is -44.27 m/s?

500

This is the derivative of (cos(3x))2.

What is −6cos(3x)sin(3x)?

500

Substance A has a half-life of 4 hours, and Substance B has a half-life of 7 hours. Given both substances begin with an initial weight of 250 grams, this is how much more of B than A remains after 3 hours.

What is approximately 37.1 grams?

500

This is the solution to the initial value problem dy/dx = x3/y with y(0) = 6.

What is y = sqr(x4/2 + 36)?

500

You can invest $5,000 into one of two savings accounts. Account A has an interest rate of 2.51%, compounded monthly. Account B has an interest rate of 3.45%, compounded quarterly. This is the account that will net you more money after 5 years, and this is how much money it will have.

What is Account B, with $5,936.97?