Relationship between TP, MP and AP Curves

Q.

Stage II of production begins at the point

1. where total product is at a maximum

2. of inflection of the total product curve

3. where the average and marginal products are equal

4. where marginal product is at a maximum

Q.

At the point of inflexion:

1. Average product is maximum

2. Marginal product is maximum

3. None of the above

4. Total product is maximum

Q.

When TP increases at an increasing rate, MP will ___

Q.

The point of inflection on the total product curve corresponds to the level of output where

1. marginal product is at a maximum

2. All of the above are correct

3. average product is at a maximum

4. Stage II of production begins

Q. Stage III is also called the stage of .

1. constant returns
2. increasing returns
3. diminishing returns
4. negative returns

Q. The point of inflection on the TP curve corresponds to the level of input where .

1. AP is maximum
2. MP is maximum
3. MP is negative
4. AP is falling

Q. Match the following situations:

1. TP rises increasingly
2. TP rises decreasingly
3. TP is maximum
4. TP falls

Q. Stage II of production begins at the point .

1. of inflection of TP
2. where AP = MP
3. where TP is maximum
4. where MP is maximum

Q. Let $x\left(t\right)⟷X\left(j\omega \right)$ be Fourier Transform pair. The Fourier Transform of the signal x (5t-3) in terms of $X\left(j\omega \right)$ is given as

Q. Let a continuous time signal be defined as $g\left(t\right)=rect\left(4t\right)\ast 4\delta (-2t)$ then the Fourier transform of the signal g(f) is given as

(where $sinc\left(f\right)=\frac{sin\pi f}{\pi f}$)

1. $2sinc\left(4f\right)$
2. $\frac{1}{2}sinc\left(\frac{f}{4}\right)$
3. $4sinc\left(\frac{f}{4}\right)$
4. $4sinc\left(4f\right)$