In Exercises 1–12, sketch the graph described by the following cylin- drical coordinates in three-dimensional space. 1. r = 2 п 2. 0 = 3. z = -1 4. z = r 5. r = 0 6. z = r sin 0 7. r² + z? = 4 8. 1

In Exercises 1–12, sketch the graph described by the following cylin-<br>drical coordinates in three-dimensional space.<br>1. r = 2<br>п<br>2. 0 =<br>3. z = -1<br>4. z = r<br>5. r = 0<br>6. z = r sin 0<br>7. r² + z? = 4<br>8. 1<r< 2, 0 < 0 <<br>3<br>9. r<zs V9 – r²<br>10. 0 < r < 2 sin 0, 1< z < 3<br>11. 0 < r< 4 cos 0, 0< 0 <, 0<z< 5<br>, 0 <z< 5<br>2'<br>12. 0 < r < 3, s0 <, 0 < z< r cos 0<br>

Extracted text: In Exercises 1–12, sketch the graph described by the following cylin- drical coordinates in three-dimensional space. 1. r = 2 п 2. 0 = 3. z = -1 4. z = r 5. r = 0 6. z = r sin 0 7. r² + z? = 4 8. 1<>< 2,="" 0="">< 0="">< 3="" 9.="">< r="">< 2="" sin="" 0,="">< z="">< 3="" 11.="" 0=""><>< 4="" cos="" 0,="">< 0=""><,><>< 5="" ,="" 0=""><>< 5="" 2'="" 12.="" 0="">< r="">< 3,="" s0=""><, 0=""><>< r="" cos="">

Jun 03, 2022

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In Exercises 1–12, sketch the graph described by the following cylin- drical coordinates in three-dimensional space. 1. r = 2 п 2. 0 = 3. z = -1 4. z = r 5. r = 0 6. z = r sin 0 7. r² + z? = 4 8. 1

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