Answer :
To solve the problem, follow these steps:
1. First, convert the distance from meters to centimeters. Since
[tex]$$1\, \text{m} = 100\, \text{cm},$$[/tex]
the distance in centimeters is
[tex]$$5\, \text{m} \times 100\, \text{cm/m} = 500\, \text{cm}.$$[/tex]
2. The bug's speed is given as
[tex]$$1\, \text{cm/s}.$$[/tex]
3. To find the time required, use the formula
[tex]$$\text{time} = \frac{\text{distance}}{\text{speed}}.$$[/tex]
Thus,
[tex]$$\text{time} = \frac{500\, \text{cm}}{1\, \text{cm/s}} = 500\, \text{s}.$$[/tex]
So, it will take the bug [tex]$\mathbf{500\, \text{seconds}}$[/tex] to travel 5 meters across the floor.
1. First, convert the distance from meters to centimeters. Since
[tex]$$1\, \text{m} = 100\, \text{cm},$$[/tex]
the distance in centimeters is
[tex]$$5\, \text{m} \times 100\, \text{cm/m} = 500\, \text{cm}.$$[/tex]
2. The bug's speed is given as
[tex]$$1\, \text{cm/s}.$$[/tex]
3. To find the time required, use the formula
[tex]$$\text{time} = \frac{\text{distance}}{\text{speed}}.$$[/tex]
Thus,
[tex]$$\text{time} = \frac{500\, \text{cm}}{1\, \text{cm/s}} = 500\, \text{s}.$$[/tex]
So, it will take the bug [tex]$\mathbf{500\, \text{seconds}}$[/tex] to travel 5 meters across the floor.
