The discussion revolves around the correct units for weight, specifically exploring the options of kilograms, Newtons, and the expression kg(m/s²). Participants are examining the relationship between these units and their definitions in the context of physics.
Participants are actively engaging with the definitions and relationships between the units of weight. There is a recognition that both Newtons and kg(m/s²) are valid representations of weight, but no explicit consensus has been reached on the phrasing of the answer. The discussion includes clarifications about unit notation.
Participants are working within the framework of standard SI units and are questioning the implications of unit notation in the context of physics. There is a focus on ensuring clarity in understanding the definitions and relationships among the units discussed.
You are correct.pyroknife said:Homework Statement
The units for weight are
A)kg
B) Newtons
c) kg(m/s^2), the 2 means squared
d) both b and c
Homework Equations
The Attempt at a Solution
i believe the the answer is d am i right?
pyroknife said:Homework Statement
The units for weight are
A)kg
B) Newtons
c) kg(m/s^2), the 2 means squared
d) both b and c
Astronuc said:You are correct.
Newton (N) is a measure of force.
Also force F is the product of mass (m) and acceleration (a). Unit of mass in SI/mks is kg, and unit of acceleration is m/s2 or units of force are kg-m/s2.
The definition of 1 N is 1 kg-m/s2.
pyroknife said:when you typed "kg-m/s^2" does this "-" mean minus or multiplying?