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The slope field above is drawn in the ty-plane. Add these two solutions to the slope field: • Sketch the solution with initial condition y (4) = -4. • Sketch the solution with initial condition y (3) = -4. O Some people make an electronic sketch: copy the image into a graphics program, and draw on top of it. Some people make a paper sketch: print the image onto paper, and draw on top of it. Look closely at how each solution behaves as time increases. A This question has often been difficult for students. Feel free to discuss your ideas! SELECT ALL of the following that are true. The solution with initial condition y (3) = -4 increases for t > 3. The solution with initial condition y (4) -4 increases fort > 4. The solution with initial condition y (4) = -4 is an equilibrium solution. The solution with initial condition y (4) = -4 decreases for t > 4. The solution with initial condition y (3) -4 is an equilibrium solution. The solution with initial condition y (3) = -4 decreases for t > 3. %3D

The slope field above is drawn in the ty-plane. Add these two solutions to the slope field: • Sketch the solution with initial condition y (4) = -4. • Sketch the solution with initial condition y (3) = -4. O Some people make an electronic sketch: copy the image into a graphics program, and draw on top of it. Some people make a paper sketch: print the image onto paper, and draw on top of it. Look closely at how each solution behaves as time increases. A This question has often been difficult for students. Feel free to discuss your ideas! SELECT ALL of the following that are true. The solution with initial condition y (3) = -4 increases for t > 3. The solution with initial condition y (4) -4 increases fort > 4. The solution with initial condition y (4) = -4 is an equilibrium solution. The solution with initial condition y (4) = -4 decreases for t > 4. The solution with initial condition y (3) -4 is an equilibrium solution. The solution with initial condition y (3) = -4 decreases for t > 3. %3D

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.6: The Inverse Trigonometric Functions
Problem 94E
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-/ ||| || \ーイ The slope field above is drawn in the ty-plane. Add these two solutions to the slope field: • Sketch the solution with initial condition y (4) = -4. • Sketch the solution with initial condition y (3) = –4. O Some people make an electronic sketch: copy the image into a graphics program, and draw on top of it. Some people make a paper sketch: print the image onto paper, and draw on top of it. Look closely at how each solution behaves as time increases. A This question has often been difficult for students. Feel free to discuss your ideas! SELECT ALL of the following that are true. The solution with initial condition y (3) = -4 increases for t > 3. The solution with initial condition y (4) :-4 increases for t > 4. The solution with initial condition y (4) -4 is an equilibrium solution. The solution with initial condition y (4) = -4 decreases for t > 4. The solution with initial condition y (3) = -4 is an equilibrium solution. The solution with initial condition y (3) = -4 decreases for t > 3.
Transcribed Image Text:-/ ||| || \ーイ The slope field above is drawn in the ty-plane. Add these two solutions to the slope field: • Sketch the solution with initial condition y (4) = -4. • Sketch the solution with initial condition y (3) = –4. O Some people make an electronic sketch: copy the image into a graphics program, and draw on top of it. Some people make a paper sketch: print the image onto paper, and draw on top of it. Look closely at how each solution behaves as time increases. A This question has often been difficult for students. Feel free to discuss your ideas! SELECT ALL of the following that are true. The solution with initial condition y (3) = -4 increases for t > 3. The solution with initial condition y (4) :-4 increases for t > 4. The solution with initial condition y (4) -4 is an equilibrium solution. The solution with initial condition y (4) = -4 decreases for t > 4. The solution with initial condition y (3) = -4 is an equilibrium solution. The solution with initial condition y (3) = -4 decreases for t > 3.
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