
Free Body Diagrams- Chem/Phys: Berumen
Quiz by Marcela Berumen
Feel free to use or edit a copy
includes Teacher and Student dashboards
Measure skillsfrom any curriculum
Measure skills
from any curriculum
Tag the questions with any skills you have. Your dashboard will track each student's mastery of each skill.
With a free account, teachers can
- edit the questions
- save a copy for later
- start a class game
- automatically assign follow-up activities based on students’ scores
- assign as homework
- share a link with colleagues
- print as a bubble sheet
14 questions
Show answers
- Q1When drawing a free body diagram, what does the square represent?The Object30s
- Q2Every object on Earth has what force acting on it?GravityFrictionNormalApplied30s
- Q3In which direction does the force of gravity act?RightUpLeftDown30s
- Q4When will there be a normal force acting on an object?When the object is in motionWhen the object is in the airWhen it is at rest/ on the groundWhen there is a spring involved.30s
- Q5Which of the following are true regarding frictional forceFriction force is the same direction as motionFriction force is opposite of motionFriction is an upward forceFriction happens when an object is at rest30s
- Q6When is a frictional force acting on an object?When the object is fallingWhen the object is in motionWhen the object is at rest30s
- Q7When will there be an applied force?When an object is moving at a constant velocity, accelerating, sometimes deceleratingWhen the object is fallingWhen there are spring forces involvedWhen the object is at rest30s
- Q8Which two forces will be present when an object is at rest?GravityGravity & Air ResistanceGravity & NormalGravity & Applied30s
- Q9If an object is travelling at a constant velocity, the forces arebalancedunbalanced30s
- Q10If the object is at rest, the forces arebalancedunbalanced30s
- Q11If the object is accelerating, the forces areunbalancedbalanced30s
- Q12if the object is decelerating, the forces arebalancedunbalanced30s
- Q13If the object is slowing down/coming to a stop/decelerating the _____________arrow is going to be longerApplied ForceFriction ForceNormal ForceGravity Force30s
- Q14If the object is speeding up/accelerating the ______________ arrow is going to be longer.Friction ForceGravity ForceNormal ForceApplied Force30s