well I would say using newtonian mechanics he would weight as F=M x g, 75x9.7 which equals 727.5 newtons.
We have no way to calculate that, unless you also tell us either his mass, or else his weight on motionless ground, like when the scale is on the bathroom floor.
Phillip Matthaus Hahn was the first to invent the weighing scale.
This really depends, there are thousands of weighing scales.
The elevator is accelerating downwards at g / 10 or ~3.2 ft/sec/sec (.98 m/sec/sec) note. the question shows that the weighing took place on a bathroom scale or a spring balance. If you used a beam balance or a steelyard you would always measure 100lbs.
We must use: (Force) = (Mass) x (Acceleration) Force = 400 N Acceleration = 9.8 m/(s^2) Mass = M 400 N = ( M ) x ( 9.8 m/(s^2)) After calculating, we find the mass of the man to be 40.82 kg.
We have no way to calculate that, unless you also tell us either his mass, or else his weight on motionless ground, like when the scale is on the bathroom floor.
Yo momma so fat when she stands on the weighing scale you can see your phone number.
Phillip Matthaus Hahn was the first to invent the weighing scale.
Philipp von Jolly invented the modern weighing scale in 1874.
Weighing scale is called "秤" (chéng) in Chinese.
The name of the creator of the first weighing scale is lost in antiquity. The most ancient relics of a weighing scale date back to around 2,000 B.C.
A weighing scale would not be able to measure in feet and inches.A weighing scale would not be able to measure in feet and inches.A weighing scale would not be able to measure in feet and inches.A weighing scale would not be able to measure in feet and inches.
Balance Scale
The most common type of fish weighing scale is the hanging luggage fishing weighing scale. It can be bought at the websites Amazon, AliExpress and Alibaba to name a few.
This really depends, there are thousands of weighing scales.
The elevator is accelerating downwards at g / 10 or ~3.2 ft/sec/sec (.98 m/sec/sec) note. the question shows that the weighing took place on a bathroom scale or a spring balance. If you used a beam balance or a steelyard you would always measure 100lbs.
We must use: (Force) = (Mass) x (Acceleration) Force = 400 N Acceleration = 9.8 m/(s^2) Mass = M 400 N = ( M ) x ( 9.8 m/(s^2)) After calculating, we find the mass of the man to be 40.82 kg.