q1Text="
1. A rock sitting on a table has

1a. an acceleration of 0 m/s/s.
1b. balanced forces acting on it.
1c. a velocity of 0 m/s.
1d. all of the above.

";

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


q2Text="
2. In order for a 1200 kg car to maintain a velocity of 4 m/s in a frictionless world how much force must be applied

2a. 0 N
2b. 300 N
2c. 4 N
2d. 4800 N

";

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


q3Text="
3. Force that produces an acceleration of 1 m/s/s in a body of mass of 1 kg is called

3a. one newton
3b. zero newton
3c. slow newton
3d. two newton
";

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

q4Text="
4. Acceleration that is produced by a 15N force in a mass of 8 kg will be equal to ___ metres per second squared

4a. 1.5 
4b. 1.87 
4c. 2.35 
4d. 2 
";

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


q5Text="
5. Mass of a body (m) into acceleration (a) is equal to

5a. inertia
5b. displacement
5c. momentum
5d. force
";

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


q6Text="
6. What acceleration will result when a 12 N net force applied to a 3 kg object?

6a. 36 m/s/s
6b. 0.25 m/s/s
6c. 1 m/s/s
6d. 4 m/s/s
";

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


q7Text="
7. What is the force on a 1000 kg elevator that is falling freely at 9.8 m/sec/sec?

7a. 980 kg*m/sec/sec or 980 N
7b. 98 kg*m/sec/sec or 98 N
7c. 9800 kg*m/sec/sec or 9800 N
7d. 9.8 kg*m/sec/sec or 9.8 N
";

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