'Y' will be :

If y =sinpx and y_n is the nth derivative of y , then find the value of |{:(y,y_1,y_2),(y_3,y_4,y_5),(y_6,y_7,y_8):}|

If y = sin px and y_n is the nth derivative of y , then find the value of |(y, y1, y2), (y3, y4, y5), (y6, y7, y8)|

If y= cos ax and y_n is n^(th) derivative of y, then |{:(y,y_1,y_2),(y_3,y_4,y_5),(y_6,y_7,y_8):}| is equal to

If y= sin px and y_(n) is the nth derivative of y, then |{:(y,y_(1),y_(2)),(y_(3),y_(4),y_(5)),(y_(6),y_(7),y_(8)):}| is

If y= sin px and y_(n) is the nth derivative of y, then |{:(y,y_(1),y_(2)),(y_(3),y_(4),y_(5)),(y_(6),y_(7),y_(8)):}| is

If =sin px and y_(n) is the nth derivative of y then |(y,y_(1),y_(2)),(y_(3),y_(4),y_(5)),(y_(6),y_(7),y_(8))|=

If y = sin mx then the value of |[y,y_1,y_2],[y_3,y_4,y_5],[y_6,y_5,y_7]| where y shows the order of derivative) is

y - cos y = x : (y sin y + cos y + x)y' = y