Question

- 0

Hint:

### In this question, we have to find value of .

## The correct answer is:

=

Also we know that sin= ()

Direct substitution can sometimes be used to calculate the limits for functions involving trigonometric functions.

### Related Questions to study

If the excess pressure inside a soap bubble is balanced by oil column of height 2 mm then the surface tension of soap solution will be

If the excess pressure inside a soap bubble is balanced by oil column of height 2 mm then the surface tension of soap solution will be

### The quadratic equation whose roots are I and m where is

### The quadratic equation whose roots are I and m where is

### Two bubbles A and B (A>B) are joined through a narrow tube than,

### Two bubbles A and B (A>B) are joined through a narrow tube than,

Direct substitution can sometimes be used to calculate the limits for functions involving trigonometric functions.

Direct substitution can sometimes be used to calculate the limits for functions involving trigonometric functions.

### In capillary pressure below the curved surface at water will be

### In capillary pressure below the curved surface at water will be

### is equal to

The substitution rule for calculating limits is a method of finding limits, by simply substituting the value of x with the point at which we want to calculate the limit.

### is equal to

The substitution rule for calculating limits is a method of finding limits, by simply substituting the value of x with the point at which we want to calculate the limit.

### A spherical drop of coater has radius 1 mm if surface tension of context is difference of pressures betweca inside and outside of the spherical drop is

### A spherical drop of coater has radius 1 mm if surface tension of context is difference of pressures betweca inside and outside of the spherical drop is

The substitution rule for calculating limits is a method of finding limits, by simply substituting the value of x with the point at which we want to calculate the limit.

### The radii of two soap bubbles are r_{1} and r_{2}. In isothermal conditions two meet together is vacum. Then the radius of the resultant bubble is given by

### The radii of two soap bubbles are r_{1} and r_{2}. In isothermal conditions two meet together is vacum. Then the radius of the resultant bubble is given by

We can only apply the L’Hospital’s rule if the direct substitution returns an indeterminate form, that means 0 over 0 or

We can only apply the L’Hospital’s rule if the direct substitution returns an indeterminate form, that means 0 over 0 or

### The excess of pressure inside a soap bubble than that of the other pressure is

### The excess of pressure inside a soap bubble than that of the other pressure is

We can only apply the L’Hospital’s rule if the direct substitution returns an indeterminate form, that means 0 over 0 or