By definition, A newton is a unit of force and force is the product of mass and acceleration so
F = ma
[N] = [kg][m.s-2]
therefore 1 N = 1 kgm.s-2
On Earth force in newtons equals roughly mass in kilograms x 9,8 newtons per kilogram. Force in newtons = mass in kilograms times 9.8 or mass in kilograms = force in newtons / 9.8. 73 kilograms are 715 newtons.
It would be: 8.694*10^4 metres
It is 3*108 metres/second.
7 femtoseconds in scientific notation is 7 x 10^-15 seconds
In value, yes. The extra zero on the end indicates a higher degree of precision. For example, 5.4 could really be 5.39, 5.43, 5.44, 5.36, etc. rounded to 5.4. That is because 5.4 has precision only to the tenths place so its error can be +/- 4 hundredths. However, 5.40 could only be off by 4 thousandths of an inch (5.403, 5.404, etc.), which makes 5.40 much more accurate than 5.4.
On Earth force in newtons equals roughly mass in kilograms x 9,8 newtons per kilogram. Force in newtons = mass in kilograms times 9.8 or mass in kilograms = force in newtons / 9.8. 73 kilograms are 715 newtons.
1.92*101 kilograms.
1,200,000 pounds is 544,310 kilograms.
2*pi*sqrt(L/g) this expression gives (approximately) the period (in seconds) of a pendulum whose length is L (metres) and g is the acceleration due to gravity = 9.8 metres/second2.
Sir Isaac Newton did write the laws of motion.
960.5 cm in metres = 9.605 metres
m²
kg
21.5 seconds
You can write 3m3
12.14 seconds.
2.038 kg or 2.038 kilograms is two and thirty-eight thousandths kilograms