"[Energy] = [Force]\\times [length]"
Units of energy:
"1J= 1N\\times m"
"[velocity] = \\frac{[lenght]}{[time]}"
Units of velocity:
"m\/s=\\frac{m}{s}"
"[Force ] = [mass] \\times[acceleration] = \\frac{[mass]\\times[velocity]}{[time]}= \\frac{[mass]\\times[length]}{[time]^2}"
Units of Force:
"1N = \\frac{1kg\\times m}{s^2}"
Obviously we can express length through force and energy
"[length] = \\frac{[Energy]}{[Force]}"
Unit of length = unit of energy divide by unit of force
"\\frac{5J}{10N}= \\frac{5N\\times m}{10N}=0.5m"
"[time] = \\frac{[length]}{[velocity]}"
Unit of time= unit of velocity divide by unit of length
"\\frac{0.5 m}{0.5\\frac{m}{s}} = 1s"
"[mass] =\\frac{[Force]\\times[time]^2}{[length]}"
"\\frac{10N\\times s^2}{0.5m}=\\frac{20{kg\\times m}\\times s^2}{m\\times s^2}= 20 kg"
Units of length 0.5 meters
Units of time 1 second
Units of mass 20 kilograms
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