if the bug can come crawl at a rate of 0.107 VUUNITS/seconds, how long would it take the bug to travel from corner A to corner B
![if the bug can come crawl at a rate of 0107 VUUNITSseconds how long would it take the bug to travel from corner A to corner B class=](https://us-static.z-dn.net/files/d8c/c46844e90e292c53950f5bae18d6ae58.png)
![if the bug can come crawl at a rate of 0107 VUUNITSseconds how long would it take the bug to travel from corner A to corner B class=](https://us-static.z-dn.net/files/d02/5fe09c9d3bceb2542aa53f22f19443df.png)
![if the bug can come crawl at a rate of 0107 VUUNITSseconds how long would it take the bug to travel from corner A to corner B class=](https://us-static.z-dn.net/files/d6b/2766fd97e3813b827cd2f4112df9e2b6.png)
Given :
The dimensions of the Box
Length = 23.5 , Width = 24 , Height = 31.5
Task 1 :
The distance from A to B =
[tex]\sqrt[]{23.5^2+24^2+31.5^2}=\sqrt[]{2120.5}=46.05[/tex]The bug fly at a rate of 0.519 Vunits/sec
So, the time of flying = distance/speed = 46.05/0.519 = 88.73 seconds
Task 2 :
The distance from A to B = 46.05 VUNITS
The bug crawl at a rate of 0.107 VUNITS/sec
So, the time of crawling = 46.05/0.107 = 430.36 seconds