Respuesta :
Her walk rate is 3.33 meter per sec you find this by dividing meters by seconds
Then you multiply this 3.33 by 50 you get 166.5 meters
d=t3.33 is the equation
Then you multiply this 3.33 by 50 you get 166.5 meters
d=t3.33 is the equation
To answer such problems we need to know the relation between speed, distance, and time.
Speed, distance, and Time
We know that sped, distance, and time all are in a relationship to each other. this relationship can be given as,
[tex]\rm{Speed = \dfrac{Distance}{Time}[/tex]
Given to us,
Distance covered by Hoshi = 10 meters,
The time needed by Hoshi = 3 seconds,
Speed of Hoshi
1.) Hoshi's walking rate
[tex]\rm{Speed\ of\ Hoshi=\dfrac{Distance\ covered\ by\ Hoshi }{Time\ needed\ by\ Hoshi}[/tex]
[tex]\rm{Speed\ of\ Hoshi=\dfrac{10\ meters }{3\ seconds}[/tex]
[tex]\rm{Speed\ of\ Hoshi=\dfrac{10 }{3}\ meters/second[/tex]
Therefore, Hoshi's walking rate is [tex]\dfrac{10}{3}[/tex] meters/sec.
Distance covered by Hoshi
2.) Distance covered by Hoshi in 50 seconds
[tex]\rm{Distance\ covered\ by\ Hoshi = Speed\ of\ Hoshi\times Time[/tex]
[tex]\rm{Distance\ covered\ by\ Hoshi = \dfrac{10}{3}\times 50[/tex]
[tex]\rm{Distance\ covered\ by\ Hoshi = \dfrac{500}{3} = 166.667\ meters[/tex]
Therefore, the distance covered by Hoshi in 50 seconds is 166.667 meters.
An equation that represents the distance
3.) An equation that represents the distance (d) that Hoshi walks in (t) seconds.
Distance covered by Hoshi, d = Speed of Hoshi x time
[tex]d(t) = \dfrac{10}{3}\ t[/tex] meters,
Therefore, the equation that represents the distance (d) that Hoshi walks in (t) seconds is [tex]d(t) = \dfrac{10}{3}\ t[/tex] meters.
Learn more about speed, distance, and time:
https://brainly.com/question/15100898
