Is the if so, proves it; 17 not 2 Crufs product (AXB) XC = AX (BXC)...

Transcribed Image Text:

Is the if so, proves it; 17 not 2₂ Crufs product (AXB) XC = AX (BXC) 4 associative? diagonals of Find the angle b/w Сиве? a provide a Countelemample the body 23 prove that [AX (BXC)] + [B₁(CXA)] + [CX (AXB)] = 0 under what Condition does AX (BXC) = (AXB) X(? Find the Gradients of the following functions? 4 a) f(^₂y₁ = ) = x² + y² + = +7" b) f(xyz) = sina + Cosy + 2 Seex. 5 0² (+) = 0 prone that ? ле 3. if A=xz²³² - 2x²yzstay2¹k Find OXA (Curl A) at point (1,-1, 1) Is the if so, proves it; 17 not 2₂ Crufs product (AXB) XC = AX (BXC) 4 associative? diagonals of Find the angle b/w Сиве? a provide a Countelemample the body 23 prove that [AX (BXC)] + [B₁(CXA)] + [CX (AXB)] = 0 under what Condition does AX (BXC) = (AXB) X(? Find the Gradients of the following functions? 4 a) f(^₂y₁ = ) = x² + y² + = +7" b) f(xyz) = sina + Cosy + 2 Seex. 5 0² (+) = 0 prone that ? ле 3. if A=xz²³² - 2x²yzstay2¹k Find OXA (Curl A) at point (1,-1, 1)

Answer rating: 100% (QA)

That is A B C is not always equal to A B C for arbitrary vect... View the full answer