@@gamo1 15.24 h was actually rounded to 2 decimal places. The unrounded answer was 15.23805555555555555555 h (= 54857 seconds / 3600 seconds in an hour).
this really helped but when you did the snail question and snake question the sound effects really distracted me and my mates while we were studiying for our finals
Hi, Could you please help me calculate the speed and force of a moving vehicle that run into my vehicle that was stationary. Both vehicles waight 1500kg. The moving vehicle travelled 160 metres before collision. They managed to push my vehicle by 3.5 metres. Could you please help me work out the speed of the moving vehicle and the force of impact ? Many thanks Helena
This helped me with my homework bc i always do it by somwhere 8 to 12 (am) and i have to submit this really could help me a lot i might even download this tonhelp me wothever sub i need help with your hannel really helps thanks for the lesson appreciate it Maybe i ould wrote down a random question and then sovle it here? Ppl in the comments pls tell me if im correct or not or u can just correct me thx Zainab,Nur (Noor) ^.^
Okay let's pretend that there is a ball and we are in the center of the ball and the ball that we are in is moving 5 km an hour so that we are not moving ,we are centered like a gyroscope and then surrounding this ball there is a second ball which is surrounding the first ball and this is moving 10 km an hour and then the third ball around which is moving let's say 15 kilometers an hour and then so on and so on until eventually there's a ball(surrounding the other balls)that's moving quickly but us being in the center do not recognize it because the ball that we are in is rotating at 5 km an hour and we are in the middle of this and the point of this is that rotational speed is greater than linear speed and the outer ball could be projected in a linear fashion at any speed let's say 10,000 miles an hour or anything but because we are in a series of these balls that the rotational speed is making it so we do not feel the force of the linear speed and I believe that this equation is factual and that rotational speed has more strength than linear speed and if we figure out how to correctly put enough balls that are spinning that we can travel at any linear speed and the rotational speed will prevent us from feeling the linear speed
4:37 (question 5) hello, just to learn, why did you have to change it seconds to minute, and minute to hours? didn't the question included only seconds? i'm willing to know the correct way to solve it, i hope you'd answer!!!
This is helpful. However, I need help! I encountered this problem on a test that was not on a study guide! This is a similar problem. A shipment left point A at 2:30 p.m. on a truck. The truck is traveling 70 miles per hour to Detroit. What time will it arrive at Detroit? Please get back with me as soon as possible.
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