q1Text="
1. Objects with more mass have:

1a. more gravity.
1b. less gravity.
1c. equal gravity.

";

q1Feedback =[
"Correct",
"Incorrect",
"Incorrect"
];


q2Text="
2. Gravity with distance gets:

2a. Stronger
2b. Weaker
2c. Further away

";

q2Feedback =[
"Incorrect",
"Correct",
"Incorrect"
];


q3Text="
3. Earth's gravity comes from:

3a. Its electromagnetic field.
3b. its 70% coverage of water.
3c. its mass.
";

q3Feedback =[
"Incorrect",
"Incorrect",
"Correct"
];

q4Text="
4. If you were on a planet with less mass than Earth, you would weigh ____ than you weigh on Earth!

4a. more.
4b. less.
4c. the same.
";

q4Feedback =[
"Incorrect",
"Correct",
"Incorrect"
];


q5Text="
5. The usual sign for mass is m, but its SI unit name and symbol are:

5a. kilogram, kg
5b. pounds
5c. libres
";

q5Feedback =[
"Correct",
"Incorrect",
"Incorrect"
];


q6Text="
6. Since Weight is a force, its SI unit name is:

6a. F
6b. Kilogram.
6c. the newton.
";

q6Feedback =[
"Incorrect",
"Incorrect",
"Correct"
];


q7Text="
7. If an object has a mass of 1kg on Earth, it would have the same mass of
1kg on the moon, even though its weight on the moon would be:

7a. 6 times more
7b. 6000 times less.
7c. 6 times less.
";

q7Feedback =[
"Incorrect",
"Incorrect",
"Correct"
];