For a bicycle rider, it is seen that for every two complete pedaling, the front wheel ofthe bicycle makes 3 complete turns. If the radius of the bicycle wheel is 70 cm, thedistance (in metres) covered by the bicycle in 10 complete pedaling is:

Correct option is C

Given data:

• Every 2 complete pedaling, the front wheel makes 3 complete turns.
• Radius of the wheel = 70 cm.
• Total pedaling = 10 complete pedaling.

Step 1: Find the number of wheel turns for 10 pedaling

Since 2 pedaling = 3 wheel turns,
For 10 pedaling:

$$\frac{10}{2} \times 3 = 5 \times 3 = 15 \text{ wheel turns}$$​​

Step 2: Find the distance covered per turn

The distance covered in one complete turn of the wheel is the circumference, given by:

$$\text{Circumference} = 2 \pi r$$​

$$= 2 \times 3.14 \times 70$$​​

$$= 439.6 \text{ cm}$$​​

Step 3: Find total distance covered

Total distance covered in 15 turns:

$$15 \times 439.6 = 6594 \text{ cm}$$​​

Convert to metres (since 1 metre = 100 cm):

​$$6594 \div 100 = 65.94 \text{ metres}$$​

The correct answer is option C) 66 (on rounding up the figure , 65.94)