Question

# Quantitative estimation of can be made by in acidified medium. In which medium it can be estimated by ?

- In
- In
- IN HCI
- All of these

## The correct answer is: In

### Related Questions to study

### If then the value of is equal to

### If then the value of is equal to

### If , then the intervals of values of for which , is

### If , then the intervals of values of for which , is

### . X is an unsaturated gaseous hydrocarbon. Find X?

### . X is an unsaturated gaseous hydrocarbon. Find X?

### The eq. wt. of in the reaction, is/are:

### The eq. wt. of in the reaction, is/are:

Which statement(s) is/are wrong?

Which statement(s) is/are wrong?

To solve a trigonometric inequation of the type sin x ≥ a where |a| ≤ 1, we take a hill of length 2 in the sine curve and write the solution within that hill. For the general solution, we add 2n. For instance, to solve , we take the hill over which solution is The general solution is , n is any integer. Again to solve an inequation of the type sin x ≤ a, where |a| ≤ 1, we take a hollow of length 2 in the sine curve. (since on a hill, sinx ≤ a is satisfied over two intervals). Similarly cos x ≥ a or cosx ≤a, |a| ≤ 1 are solved.

Solution to the inequation must be

To solve a trigonometric inequation of the type sin x ≥ a where |a| ≤ 1, we take a hill of length 2 in the sine curve and write the solution within that hill. For the general solution, we add 2n. For instance, to solve , we take the hill over which solution is The general solution is , n is any integer. Again to solve an inequation of the type sin x ≤ a, where |a| ≤ 1, we take a hollow of length 2 in the sine curve. (since on a hill, sinx ≤ a is satisfied over two intervals). Similarly cos x ≥ a or cosx ≤a, |a| ≤ 1 are solved.

Solution to the inequation must be

Which of the following compounds does not give halo form reaction?

Which of the following compounds does not give halo form reaction?

### The oxidation number of carboxylic carbon atom in is:

### The oxidation number of carboxylic carbon atom in is:

### The oxidation number of carboxylic carbon atom in is:

### The oxidation number of carboxylic carbon atom in is:

### The product (A) is:

### The product (A) is:

### If then is always

### If then is always

### The compound (A) is:

### The compound (A) is:

### The oxidation number of C in is:

### The oxidation number of C in is:

### has

In this question, we have to find the number of solution. In each quadrant tan value is different. Make two different case, one is where tan is positive ,[ 0 , π/2 ] U [π , 3 π/2 ] . And second case , tan is negative at [π/2 , π] U [3 π/2 , 2 π ] .

### has

In this question, we have to find the number of solution. In each quadrant tan value is different. Make two different case, one is where tan is positive ,[ 0 , π/2 ] U [π , 3 π/2 ] . And second case , tan is negative at [π/2 , π] U [3 π/2 , 2 π ] .