Slope fields and checking a solution
Grade 12 Math Worksheet

Circle the best answer, or write your answer on the line.
Ari draws the slope field of dy/dx = 2xy. What slope does the segment at (3, −1) have?
Esme draws the slope field of dy/dx = 4xy. What slope does the segment at (2, 3) have?
Jun draws the slope field of dy/dx = 5xy. What slope does the segment at (−1, −2) have?
Slopes depend only on x. Kira reads the slope field described in the figure. Which differential equation made it?
- dy/dx = x + 1
- dy/dx = 1 − x
- dy/dx = x − 1
- dy/dx = y − 1
Luz reads the slope field described in the figure. Which differential equation made it?
Slope field (described): Slopes depend only on y. They are 0 along y = 2, positive above it, negative below. Slope field (described): Slopes depend only on y. They are 0 along y = 2, positive above it, negative below. y = 2 - dy/dx = y + 2
- dy/dx = 2 − y
- dy/dx = x − 2
- dy/dx = y − 2
Read this first
Use this
Slopes depend only on x. They are 0 along x = -3, negative to the right of it, positive to the left.
Milo reads the slope field described in the figure. Which differential equation made it?
Slope field (described): Slopes depend only on x. They are 0 along x = −3, negative to the right of it, positive to the left. Slope field (described): Slopes depend only on x. They are 0 along x = −3, negative to the right of it, positive to the left. x -3 - dy/dx = −(y + 3)
- dy/dx = −(x − 3)
- dy/dx = −(x + 3)
- dy/dx = x + 3
Noah reads the slope field described in the figure. Which differential equation made it?
Slope field (described): Slopes depend only on y. They are 0 along y = −1, negative above it, positive below. Slope field (described): Slopes depend only on y. They are 0 along y = −1, negative above it, positive below. x y y = -1 - dy/dx = −(x + 1)
- dy/dx = −(y − 1)
- dy/dx = −(y + 1)
- dy/dx = y + 1
Every solution of dy/dx = y + x has the form y = Ceˣ − x − 1. Pia picks the one with y(0) = 3. What is y(1), to the nearest hundredth?
Every solution of dy/dx = y + x has the form y = Ceˣ − x − 1. Ren picks the one with y(0) = 5. What is y(1), to the nearest hundredth?
Every solution of dy/dx = y + x has the form y = Ceˣ − x − 1. Tala picks the one with y(0) = 2. What is y(2), to the nearest hundredth?