User:Rajalakshmy

Today is : 27, August 2024

= About Myself  =

I am Dr. Rajalakshmy.I am working in L.s.Raheja College as the Head of the Department of Business economics. I have more than 30 years exp[erience in teaching at various levels including, post graduate students and MBAs. I was actively involved in syllabus framing of the graduate and post graduate courses of Mumbai University for the past seven years .I am a member of the Board of Studies in Business Economics, Mumbai University and also Member of the Faculty of Commerce.

= Educational qualifications =

I am M.A., Mphil PhD in Economics and my areas of interest are agricultural Economics, Micro and Macro Economucs.

= Occupation =

Associate Professor in Economics.

= Workshops Attended =  Presented paper titled "Organic Farming and Sustainable Agriculture in the Indian Context " at CESS Hyderabad,for the Sixth Biennial Conference on " Nature, Economy and Society:understanding the Linkages held during 20-22 October 2011

presented paper titled " " ;

= Publications = Published article = List of Participants in OER Project of University of Mumbai =


 * 1) Dr.Deshmukh
 * 2) Dr Sujata Dhopte
 * 3) Asha Gala
 * 4) Dr.Sadhana Phadnis
 * 5) Jayasree Venkatachalam
 * 6) Dr.Rekha Mahadeshwar
 * 7) Gayatri Gadgil
 * 8) Hemangi Bhagwat
 * 9) Kirti Nakhare
 * 10) Saroja Ganapati
 * 11) Aggie Menezes
 * 12) K N Ghorude
 * 13) K Venkateswarlu
 * 14) Rohini Kelkar
 * 15) Rajan Nadola
 * 16) S M Sawant
 * 17) Sanghmitra Mishra
 * 18) Smita Shukla
 * 19) Varsha Malawade
 * 20) Meenakshi Narayanaswamy

Oligopoly

Pricing Methods

/My Sandbox/

$$\alpha$$

$$\beta$$ $$\gamma$$,$$\pi$$,

$$\Lambda$$

$$\Pi$$, $$\lambda$$, $$\Lambda$$

Square root

$$\sqrt{x^2+y^3}$$

$$\sqrt[n]{x_1^2+y_1^2}$$

Fractions

$$\frac{x^3+z^5}{\sqrt{\omega}} $$

$$\frac{W_m}{W_f}$$

$$\frac{\alpha+\epsilon}{\lambda}$$

$$\frac{\alpha+\epsilon}{\lambda}$$

integrals

$$\int{x^2}dx$$

$$\int_0^4{x^3dx}$$

$$\iint{xydxdy}$$

$$\int_0^\infty\int_0^1xydxdy$$

$$\{abc\}$$

differentials

$$\frac{dy}{dx}$$

$$A\neq{B}$$

$$A\neq B$$

$$A \subset B$$

$$A \rightarrow B$$, $$A \uparrow B$$,$$A \Leftarrow B$$

$$\bigg \{\frac{W_m}{W_f}\bigg\}^*$$

$$\mathbf{A}\cdot\mathbf{B}$$,  $$\mathbf{A}\times\mathbf{B}$$

calligraphic letters

$$\mathcal{ANDCOLLEGE}$$

$$\mathcal{A~N~D~COLLEGE}$$

$$\frac{\partial y}{\partial x}$$

Matrices

$$\begin{matrix}0 & 1 & 2\\3 & 4 & 5\end{matrix}$$

$$\begin{pmatrix}0 & 1 & 2\\3 & 4 & 5\end{pmatrix}$$

$$\begin{bmatrix}0 & 1 & 2\\3 & 4 & 5\end{bmatrix}$$

$$\begin{vmatrix}0 & 1 & 2\\3 & 4 & 5\end{vmatrix}$$

$$\begin{Vmatrix}0 & 1 & 2\\3 & 4 & 5\end{Vmatrix}$$

$$\triangle x\triangle p\geq \hbar$$

Maths mode accent

$$\hat{A}$$,   $$\vec{A}$$,   $$\bar{A}$$,   $$\tilde{A}$$

$$\pm2^0C\longleftrightarrow$$

$$Fe^{3+}$$

stackrel

$$A\stackrel{heat}{\longrightarrow}B$$

$$\bar{h}$$

$$\hbar$$

$$\triangle{x}\triangle{p}\geq\hbar$$

$$\nabla^2{x}$$