QUESTION 1 Mass is a key part of "weight". In terms of formula, what is the relationship between mass and weight? Weight is a force, so it is equal to mass times an acceleration. On earth, this "acceleration" is g=9.8 m/s^wedge 2 Weight is a force so it is equal to mass divided by an acceleration. On earth this "acceleration" is g=9.8m/s^wedge 2 Weight is equal to mass; if your mass is 80 kg, so is your weight. Weight and mass are related conceptually, but there is no specific formulaic relationship between the two. They are both fundamental properties of matter.

The correct relationship between mass and weight is: **Weight is a force, so it is equal to mass times an acceleration. On Earth, this "acceleration" is *g* = 9.8 m/s².**<br /><br />The formula is: Weight (W) = mass (m) * acceleration due to gravity (g)<br /><br />So, W = m * g<br /><br />Where:<br /><br />* **W** represents weight, measured in Newtons (N).<br />* **m** represents mass, measured in kilograms (kg).<br />* **g** represents the acceleration due to gravity, which is approximately 9.8 m/s² on Earth. This value can vary slightly depending on location.<br /><br />The other options are incorrect. Weight is not mass divided by acceleration, nor is it equal to mass. While they are related, they are distinct concepts. Weight is a force caused by the gravitational attraction between an object and a large body (like Earth), while mass is a measure of the amount of matter in an object.<br />