Task (2): Consider that the geometry of the arc for billboard for the sport club is following the hyperbolic equation: y= 10 - 0. 658 (x - 4. 025). It is required to attach two torches for each direction for billboard. The purpose of the torch is to give a clear vision for the cars parking, thus it should not be hanged no more than 7m in height. Accordingly, you have to define in your report the rang of the value of x where the torch could be hanged without violating the maximum allowable height. The billboard width is 6.5m. *If the design was changed for the billboard and the arc geometry function was changed to y = 2.75 * (sin (30x) + e^3. 011x), redefine the range of x that was found in the first part. Task (2): Consider that the geometry of the arc for billboard for the sport club is following the hyperbolic equation: y= 10 - 0. 658 (x - 4. 025). It is required to attach two torches for each direction for billboard. The purpose of the torch is to give a clear vision for the cars parking, thus it should not be hanged no more than 7m in height. Accordingly, you have to define in your report the rang of the value of x where the torch could be hanged without violating the maximum allowable height. The billboard width is 6.5m. *If the design was changed for the billboard and the arc geometry function was changed to y = 2.75 * (sin (30x) + e^3. 011x), redefine the range of x that was found in the first part