Q2: A brick kiln produces 2,500 bricks per day. How many bricks will it produce in 15 days?

Perimeter = 2 × (Length + Breadth)

Q2: One box contains 500 bricks. A mason needs 2,500 bricks for a wall. How many boxes should he buy?

A. Bricks placed exactly on top of each other (stack bond) B. Bricks placed in a staggered pattern (running bond) C. Bricks placed vertically D. Bricks placed with gaps

The mason charges ₹500 per day. He works for 12 days to build a small wall. What is his total payment?

(Imagine a typical brick wall pattern where 2 bricks are on top and 2 bricks are below in a staggered manner)

A. 2 B. 3 C. 4 D. 5

Complete the pattern:

![Pattern: Brick, Gap, Brick, __ , Gap]

Q3: A broken brick cannot be used. If 50 out of 1,000 bricks are broken, what fraction of bricks are usable?

Q1: Look at the brick pattern below. How many bricks are there in one ‘jaal’ (the mesh of bricks)?

A truck carries 4,000 bricks. If each brick costs ₹8, what is the total cost of bricks in the truck?

In a brick wall, which pattern makes the wall stronger?

₹ _______