The discussion revolves around calculating the weight of a woman with a mass of 75.0 kg on Earth, focusing on the relationship between mass and weight in the context of gravitational acceleration.
Participants have provided hints regarding the relationship between weight and gravitational acceleration, with some expressing uncertainty about the value of g and its relevance to the problem. There is an ongoing exploration of the necessary concepts without a definitive conclusion reached.
There is a mention of a textbook and a link to additional resources, indicating that participants are working within the constraints of their homework materials and seeking clarification on known constants.
Doc Al said:Keep looking! (It has something to do with the acceleration due to gravity.)
Yes, where a = g.Mathcaptor said:Is it possible that it is W = m * a
Doc Al said:
g is the acceleration due to gravity, a well-known constant (that I'm sure you're expected to know) that describes the strength of Earth's gravity near its surface. Read the link--it's there.Mathcaptor said:I'm not really sure what g is.
Doc Al said:g is the acceleration due to gravity, a well-known constant (that I'm sure you're expected to know) that describes the strength of Earth's gravity near its surface. Read the link--it's there.
What book are you using?