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Part 1: Identify if the following DE is Ordinary or Partial, state also its Order and Degree. No need to copy the table just the given equation. Differential Equation Ordinary or Partial Order Degree y' = 2x2 + 5y %3D 2 ху" - 4y' - 5у 3е3х 3 a?u ди ди = 4. at ax² ay 4 (為) d³s' 'd²s\ + = s - 3t dt3 dt2 5 y" + y' + y = x² d*l dl +2 - 31 = 2 cos(t) dt dt an an = 2n at * at 7 %3D d*y + cos(y) = x dx* 8 az + ax (дуз 10 Yax - yx=cos(x) 11 cos(x) y" – 5yy' = 0 12 y" + cos(y) = 0 13 d²y dy +3. - 15 = ex+y dx2 dx 14 a3y ду -3- = tan (x) ax^3 да 15 3xz" – 2 sin(x)z' = 0 %3D 6.

Part 1: Identify if the following DE is Ordinary or Partial, state also its Order and Degree. No need to copy the table just the given equation. Differential Equation Ordinary or Partial Order Degree y' = 2x2 + 5y %3D 2 ху" - 4y' - 5у 3е3х 3 a?u ди ди = 4. at ax² ay 4 (為) d³s' 'd²s\ + = s - 3t dt3 dt2 5 y" + y' + y = x² d*l dl +2 - 31 = 2 cos(t) dt dt an an = 2n at * at 7 %3D d*y + cos(y) = x dx* 8 az + ax (дуз 10 Yax - yx=cos(x) 11 cos(x) y" – 5yy' = 0 12 y" + cos(y) = 0 13 d²y dy +3. - 15 = ex+y dx2 dx 14 a3y ду -3- = tan (x) ax^3 да 15 3xz" – 2 sin(x)z' = 0 %3D 6.

Linear Algebra: A Modern Introduction
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.7: Applications
Problem 16EQ
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Part 1: Identify if the following DE is Ordinary or Partial, state also its Order and Degree. No need to copy the table just the given equation. Differential Equation Ordinary or Partial Order Degree 1 y' = 2x2 + 5y %3D 2 ху" - 4y'- 5у %3 езх a²u du ди = 4. at əx² ' ây 4 (d³s 2 (d²s = s- 3t dt3 dt2 5 у" +у' +у%3Dх? 6 dl + 2 - 31 = 2 cos(t) dt dt an an + at 7 = 2n 8 d*y + cos(y) = x dx4 9. 5 az 9 = %3! ax 10 Yax - yx=cos(x) 11 cos(x) у" - 5уу' %3D 0 12 y" + cos(y) = 0 13 d²y dy +3 - 15 = ex+y dx %3D dx2 a3y ду - 3 ax^3 14 5- = tan (x) да 15 3xz" – 2 sin(x) z' = 0 %3D 3.
Transcribed Image Text:Part 1: Identify if the following DE is Ordinary or Partial, state also its Order and Degree. No need to copy the table just the given equation. Differential Equation Ordinary or Partial Order Degree 1 y' = 2x2 + 5y %3D 2 ху" - 4y'- 5у %3 езх a²u du ди = 4. at əx² ' ây 4 (d³s 2 (d²s = s- 3t dt3 dt2 5 у" +у' +у%3Dх? 6 dl + 2 - 31 = 2 cos(t) dt dt an an + at 7 = 2n 8 d*y + cos(y) = x dx4 9. 5 az 9 = %3! ax 10 Yax - yx=cos(x) 11 cos(x) у" - 5уу' %3D 0 12 y" + cos(y) = 0 13 d²y dy +3 - 15 = ex+y dx %3D dx2 a3y ду - 3 ax^3 14 5- = tan (x) да 15 3xz" – 2 sin(x) z' = 0 %3D 3.
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