Step 1:

\

The functions are \"\" and \"\"

\

Find intersection points.

\

Substitute \"\" in \"\".

\

\"\"

\

At  \"\",

\

\"\"

\

At  \"\",

\

\"\"

\

The intersection points are \"\"

\

Step 2:

\

The functions is \"\".

\

Differentiate with respect to \"image\".

\

\"\"

\

Use the power rule of derivative :\"image\"

\

Use the constant rule of derivative :\"image\"

\

\"\"

\

The slope \"\".

\

At point \"\" slope is \"\".

\

The slope point form is \"\".

\

Substitute \"\" in \"\".

\

\"\"

\

At point \"\" the tangent line is \"\"

\

Step 3:

\

The slope \"\".

\

At point \"\" slope is \"\".

\

The slope point form is \"\".

\

Substitute \"\" in \"\".

\

\"\"

\

At point \"\" the tangent line is \"\"

\

Step 4:

\

The functions is \"\".

\

Differentiate with respect to \"image\".

\

\"\"

\

Use the power rule of derivative :\"image\"

\

\"\"

\

The slope \"\".

\

At point \"\" slope is \"\".

\

The slope point form is \"\".

\

Substitute \"\" in \"\".

\

\"\"

\

At point \"\" the tangent line is \"\"

\

Step 5:

\

The slope \"\".

\

At point \"\" slope is \"\".

\

The slope point form is \"\".

\

Substitute \"\" in \"\".

\

\"\"

\

At point \"\" the tangent line is \"\"

\

Step 6:

\

Graph:

\

\"\"

\

Observe from the graph :

\

Both the tangents are orthogonal to each other.

\

Solution:

\

\"\"

\

 

\

 

\