I will use an example about a pendulum and it will be about swings and lenght of each one.......
LENGHT/SWINGS PER MINUTES
1 Pendulum: 10 / 25
2 Pendulum: 15 / 65
3 Pendulum: 20 / 90
CONCLUSION :
The conclusion is easy if the pendulum is shorter for example at 25 swings the pendulum of length with the numer of 10 will go faster and if we put a pendulum of 20 with 20 swings the volume x mass x speed it will be like the object isn't moving at all so lets take 100 like max. and 0 liek min.
The pendulum of 20 would have to had like 85 or 90 to do it at a perfect speed to swing
SWINGS PER MINUTE COUNTING LENGHT
• Light Blue(10"pendulum)
• Spa Gray (15"Pendulum) •ALL THE SWINGS DEPEND OF THE AMOUNT OF TIME •Dark Blue (20"Pendulum) YOU WANT•
LENGHT/SWINGS PER MINUTES
1 Pendulum: 10 / 25
2 Pendulum: 15 / 65
3 Pendulum: 20 / 90
CONCLUSION :
The conclusion is easy if the pendulum is shorter for example at 25 swings the pendulum of length with the numer of 10 will go faster and if we put a pendulum of 20 with 20 swings the volume x mass x speed it will be like the object isn't moving at all so lets take 100 like max. and 0 liek min.
The pendulum of 20 would have to had like 85 or 90 to do it at a perfect speed to swing
SWINGS PER MINUTE COUNTING LENGHT
• Light Blue(10"pendulum)
• Spa Gray (15"Pendulum) •ALL THE SWINGS DEPEND OF THE AMOUNT OF TIME •Dark Blue (20"Pendulum) YOU WANT•
90%
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