Bunky can walk $$3000$$ feet in $ 10 $ minutes. Walking at the same rate, how many feet does she walk in $ 10 $ seconds? $ A) $ $ 50 $ $ B) $ $ 70 $ $ C) $ $ 40 $ $ D) $ $ 30 $

Question

Bunky can walk  $$3000$$ feet in  $ 10 $ minutes. Walking at the same rate, how many feet does she walk in  $ 10 $  seconds?  $ A) $  $ 50 $  $ B) $  $ 70 $  $ C) $  $ 40 $  $ D) $  $ 30 $

Vedantu Content Team · Accepted Answer

Hint: First we have to define what the terms we need to solve the problem are.Since Bunky has been walked  $$3000$$ feet in  $ 10 $ minutes, we can now convert that minutes into the seconds, so that the required resultant answer is needed in the seconds only; hence converting minutes into seconds is one minute is equals sixty seconds that is  $ 1\min  = 60\sec  $ . The given question is finding the walking for the  $ 10 $  seconds at the same rate only.Complete step by step answer:Since we used the conversion technique for the minutes into seconds now, we will convert the  $ 10 $ minutes into the seconds which is  $ 10\min  = (60 \times 10)\sec  $ further solving we get;  $ 10\min  = 600\sec  $ Now let Bunky walk  $$3000$$ feet in  $ 10 $ minutes which is  $ 600 $ seconds, now we will need to find at the same rate, how many feet that bunky has walked in only  $ 10 $  seconds.Since as we already know for  $ 600 $ seconds the feet she walked so now we will need to find for same rate at  $ 10 $  seconds, hence we will use the formula of the division which is dividend by divisor givens as the quotient, that means;  $ \dfrac{{600}}{{60}} = 10 $ (six hundred is he travelled  $$3000$$ feet and ten seconds that we need to find hence I get it by dividing the term sixty)Thus, dividing the term  $ 60 $ will give as the result which is  $$3000$$ feet for ten seconds is  $ \dfrac{{3000}}{{60}} = 50 $ So, the correct answer is “Option A”.Note: we can also able to solve this problem using the speed formula that is  $ speed = \dfrac{{dis\tan ce}}{{time}} $ Speed is the one that we will need to find it for the ten seconds and distance three thousand feet also the time given is ten minutes;Since there is no possibility of getting options like  $ B) $  $ 70 $ , $ C) $  $ 40 $ , $ D) $  $ 30 $  because if we divide correctly using the formula the only answer getable is option A. as fifty

Bunky can walk \[3000\] feet in $ 10 $ minutes. Walking at the same rate, how many feet does she walk in $ 10 $ seconds? $ A) $ $ 50 $ $ B) $ $ 70 $ $ C) $ $ 40 $ $ D) $ $ 30 $

Bunky can walk \[3000\] feet in $ 10 $ minutes. Walking at the same rate, how many feet does she walk in $ 10 $ seconds?
$ A) $ $ 50 $
$ B) $ $ 70 $
$ C) $ $ 40 $
$ D) $ $ 30 $