- The side of a square is 12 m. Its perimeter is
- 144 m
- 48 m
- 24 m
- 36 m
- The shape of your class room blackboard is
- circle
- equilateral triangle
- square
- rectangle
- Which figure encloses more area: a square of side 2 cm ; a rectangle of side 3 cm and 2 cm ;An equilateral triangle of side 4 cm?
- None of these
- square
- equilateral triangle
- rectangle
- The perimeter of the given figure is

- 70 cm
- None of these
- 60 cm
- 100 cm
- The area of square is 100 . Its side is
- 5 cm
- 10 cm
- 20 cm
- 10.5 cm
- Match the following:-
Shapes Perimeter a. 
i. 15 b. 
ii. 8 c. 
iii. 24 d. 
iv. 12 - Fill in the blanks:-
- _____ is a rectangle whose all sides are equal.
- The amount of surface enclosed by a figure is called its ____.
- For fencing the plot, we need to calculate its _____.
- _____ is the sum of all sides.
- State True or False:-
- For tiling a rectangular Plot, we must calculate its area.
- Length and breadth of a Rectangle are 1.5m and 1m. Area is 1.5m2.
- The Perimeter of a square is 4 times the length of the side.
- To find the length of fencing the square playground we must find its Perimeter.
- Find the area of the rectangle whose side are :3 cm and 4 cm
- Find the area of the rectangle whose side are :12 m and 21 m
- Find the perimeter of each of the following figures given below?
- Find the perimeter of the following figure?

- Find the perimeter of the following figure given below.

- Find the area of the following figure:

- The length of rectangle is thrice its breadth and its perimeter is 48cm. Find length and breadth of rectangle.
CLASS-9 chapter-circle HOTS 1. In the figure, OD is perpendicular to chord AB of a circle whose centre is O. If BC is a diameter; prove that CA = 2OD. 2. l is a line intersecting two concentric circles having common centre O, at A, B, C and D. Prove that AB = CD. 3. AB and CD are equal chords of a circle whose centre is O. When produced, these chords meet at E. Prove that EB = ED. 4. If O be the centre of the circle, find the value of �x� in each of the following figures. 5. Prove that equal chords of a circle subtend equal angles at the centre. 6. The line drawn through the centre of a circle to bisect a chord is perpendicular to the chord. Prove it. 7. Prove that equal chords of a circle (or congruent circles) are equidistant from the centre (or centres). 8. In the figure, OD is perpendicular ...



Thank you sir
ReplyDeleteSir yeah kaun so class ka hai
DeleteWELCOME
ReplyDeleteAll questions solved 😄.
DeleteHarsh Shukla 6th Amity.
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