The force of gravity affects how much you weigh. Astronct use the letter to stand for the pull of Earth’s gravity on an ob tat sea level. Accelerating away from Earth increases the " ? " making you weigh more than you would ordinarily.
7. During Endeavour’s launch, the astronauts experienced a max mum force of 3 g 's. This made them weigh 3 times their normal weigit. Use a graph to show that maximum weight varied directly with normal weight.

When comparing weights, you can illustrate the relationship between normal weight and maximum weight experienced during an acceleration event using a simple line graph. On the x-axis, plot normal weight, while the y-axis should represent maximum weight. Start at the origin (0,0) since zero normal weight means zero maximum weight. Draw a straight line that rises steeply at a 45-degree angle to indicate that as normal weight increases, maximum weight (due to multiple g’s) also increases in a directly proportional manner.

To illustrate this concept further, you could create a table with values: for instance, if a normal weight is 70 kg, then during 3 g’s, the maximum weight would be 210 kg. This visual representation makes it clear—weight can skyrocket depending on the acceleration!