Question

# What is the size of the class?

- 5
- 10
- 5.5
- none of these

Hint:

### The size of class=5

## The correct answer is: 5

### To find size of class

Hence option 1 is correct

### Related Questions to study

### What is the lowest value of rainfall?

Hence option 3 is corrrect

### What is the lowest value of rainfall?

Hence option 3 is corrrect

### In a Parallelogram the diagonals intersect at O. If then AC is

Hence option 4 is correct

### In a Parallelogram the diagonals intersect at O. If then AC is

Hence option 4 is correct

### ABCD is a Parallelogram. If

### ABCD is a Parallelogram. If

### ABCD is a Quadrilateral in which

### ABCD is a Quadrilateral in which

### PQRS is a Quadrilateral in which

### PQRS is a Quadrilateral in which

### PQRS is a Quadrilateral in which

So here we used the concept of a quadrilateral to understand the question. It is basically 4 sided shape that can take any figure. We also used the angle sum property of a quadrilateral which is 360 degrees. So here the angle R + S is 180 degrees.

### PQRS is a Quadrilateral in which

So here we used the concept of a quadrilateral to understand the question. It is basically 4 sided shape that can take any figure. We also used the angle sum property of a quadrilateral which is 360 degrees. So here the angle R + S is 180 degrees.

### ABCD is a Quadrilateral in which

### ABCD is a Quadrilateral in which

### The diagonals of a Rectangle ABCD meet at O. If

Hence option 2 is correct

### The diagonals of a Rectangle ABCD meet at O. If

Hence option 2 is correct

### A Square of side 4 units is combined with two right angled triangles of bases each 3units to form a Trapezium (as shown in figure). Then perimeter of the Trapezium is

Therefore, the perimeter of trapezium is 24 units.

### A Square of side 4 units is combined with two right angled triangles of bases each 3units to form a Trapezium (as shown in figure). Then perimeter of the Trapezium is

Therefore, the perimeter of trapezium is 24 units.

### In the figure, ABCD is a kite with AB = AD, BC = CD and O. If then a – b + c – d + e – f =

### In the figure, ABCD is a kite with AB = AD, BC = CD and O. If then a – b + c – d + e – f =

### Area of square field is . The length of each side is

Hence option 3 is correct

### Area of square field is . The length of each side is

Hence option 3 is correct

### The cube root of 110592 is

Hence option 4 is correct

### The cube root of 110592 is

Hence option 4 is correct

### In a Quadrilateral ABCD, bisectors of meet at a point P. If 100º and then measure of

Hence option 2 is correct

### In a Quadrilateral ABCD, bisectors of meet at a point P. If 100º and then measure of

Hence option 2 is correct