Q6. If F(x,y,z) = (x – 3)² + (y – 3)², what is ? 20у - 3) 4 2(х - 3) 2y əy? Q7. V(x, y) = x³ + y³ and x = 2t + r, y = 2t – r , what is ? ar av 3x² + 3y? 3x² – 6y² 6x² + 6y² 6x² – 6y² 3x² – 3y² Q8. If Ā = 1+j, B =i+j, what is the angle 0° 180° 30° 450 90° between Ā and B ? Q9. V = 2yī – xJ, what is the magnitude and direction of the vector field made with the 5, 26.6° V5, 63.4° V5, -26.6° V5, 26.6° 5, -26.6° positive x-axis at the point (–1,1)? Q10. If a vector field V is Solenoidal we know that the vector field V satisfies.? V•D > 0 v•V < 0 V.V # 0 V.V = 0 v.v - 0 Q11. If øis any scalar then V × Vø = 0 is TRUE or FALSE? SOMETIMES SOMETIMES CANNOT FALSE TRUE FALSE TRUE DETERMINE (2 3 (-2 -3 (2 Q12. What is the inverse of the matrix (- 2 -3) -1 -2 ? -2 Q13. Curl measures a vector field's tendency to do what about a point? To Originate from the Tо Move To Move To Converge to the point To Rotate horizontally vertically point Q14. If F(x, y, z) = 2x² + xyz – y²z xz – 2yz -2 -2z 4x + yz What is- ax2 2.
Q6. If F(x,y,z) = (x – 3)² + (y – 3)², what is ? 20у - 3) 4 2(х - 3) 2y əy? Q7. V(x, y) = x³ + y³ and x = 2t + r, y = 2t – r , what is ? ar av 3x² + 3y? 3x² – 6y² 6x² + 6y² 6x² – 6y² 3x² – 3y² Q8. If Ā = 1+j, B =i+j, what is the angle 0° 180° 30° 450 90° between Ā and B ? Q9. V = 2yī – xJ, what is the magnitude and direction of the vector field made with the 5, 26.6° V5, 63.4° V5, -26.6° V5, 26.6° 5, -26.6° positive x-axis at the point (–1,1)? Q10. If a vector field V is Solenoidal we know that the vector field V satisfies.? V•D > 0 v•V < 0 V.V # 0 V.V = 0 v.v - 0 Q11. If øis any scalar then V × Vø = 0 is TRUE or FALSE? SOMETIMES SOMETIMES CANNOT FALSE TRUE FALSE TRUE DETERMINE (2 3 (-2 -3 (2 Q12. What is the inverse of the matrix (- 2 -3) -1 -2 ? -2 Q13. Curl measures a vector field's tendency to do what about a point? To Originate from the Tо Move To Move To Converge to the point To Rotate horizontally vertically point Q14. If F(x, y, z) = 2x² + xyz – y²z xz – 2yz -2 -2z 4x + yz What is- ax2 2.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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