[" The transverse displacement "y(x,t)" of a wave on a string is given by "y(x,t)=e^(-(ax^(2)+bt^(2)+2sqrt(b)bx+1))" .This "],[" represents a: "]

The transverse displacement y(x, t) of a wave on a string is given by y(x, t)= e ^(-(ax^(2) + bt^(2) + 2sqrt((ab))xt) . This represents a :

The transverse displacement y(x, t) of a wave on a string is given by y(x, t)= e ^(-(ax^(2) + bt^(2) + 2sqrt((ab))xt) . This represents a :

The transverse displacement y(x, t) of a wave on a string is given by y(x, t)= e ^(-(ax^(2) + bt^(2) + 2sqrt((ab))xt) . This represents a :

The transverse displacement y(x, t) of a wave on a string is given by y(x, t)= e ^(-(ax^(2) + bt^(2) + 2sqrt((ab))xt) . This represents as : Wave moving along + x-axis with a speed sqrt((a)/(b)) Wave moving along - x-axis with speed sqrt((b)/(a)) Standing wave of frequency sqrt (b) Standing wave of frequency (1)/(sqrt (b))

The transverse displacement y(x,t) of a wave on a string is given by y(x,t) = e^(-(ax^2+bt^2-2sqrt(abxt) ) This represents a :

The transverse displamcement y(x,t) of a wave y(x,t ) on a string is given by yox, t) = . This represents a