For the following integral, say whether Stokes' Theorem, the Divergence Theorem, or neither applies. $\hat { Q } \left( 2 x \vec { i } + z \vec { j } + 5 y ^ { 3 } \vec { k } \right) \times \vec{ d r }$ where S is a triangular plane in space oriented upward.
A)Stokes' Theorem
B)Divergence Theorem.
C)Neither

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The Answer of For the following integral, say whether Stokes' Theorem, the Divergence Theorem, or neither applies. $\hat { Q } \left( 2 x \vec { i } + z \vec { j } + 5 y ^ { 3 } \vec { k } \right) \times \vec{ d r }$ where S is a triangular plane in space oriented upward.
A)Stokes' Theorem
B)Divergence Theorem.
C)Neither

For the Following Integral, Say Whether Stokes' Theorem, the Divergence Q^(2xi⃗+zj⃗+5y3k⃗)×dr⃗\hat { Q } \left( 2 x \vec { i } + z \vec { j } + 5 y ^ { 3 } \vec { k } \right) \times \vec{ d r }Q^​(2xi+zj​+5y3k)×dr

For the Following Integral, Say Whether Stokes' Theorem, the Divergence $\hat { Q } \left( 2 x \vec { i } + z \vec { j } + 5 y ^ { 3 } \vec { k } \right) \times \vec{ d r }$