Midterm Jeopardy Motion Vectors and Motion Graphs Free Fall Kinematics Metric Prefixes Final Jeopardy
Motion for 100 points: Another term for “distance” in a certain direction.
Answer: Displacement Motion for 100 points: Another term for “distance” in a certain direction.
Motion for 200 points: Speeding up OR changing direction are both examples of this.
Answer: Acceleration Motion for 200 points: Speeding up OR changing direction are both examples of this.
Motion for 300 points: The amount of distance an object covers in a given amount of time, including its direction.
Answer: velocity Motion for 300 points: The amount of distance an object covers in a given amount of time, including its direction.
Motion for 400 points: A car travels 240 m in 1 minute. What is the speed of the car in m/s?
Answer: 4 m/s Motion for 400 points: A car travels 240 m in 1 minute. What is the speed of the car in m/s?
Motion for 500 points: If a bowling ball starts at a velocity of 5 m/s and slows down to 2 m/s in 1.5 seconds before it hits the pins, what was its deceleration (in m/s/s)?
Answer: 2 m/s/s Motion for 500 points: If a bowling ball starts at a velocity of 5 m/s and slows down to 2 m/s in 1.5 seconds before it hits the pins, what was its deceleration?
Vectors and Motion Graphs for 100 points: A vector has two parts, what are they? (hint, it’s not head and tail)
Answer: Magnitude And Direction Vectors and Motion Graphs for 100 points: A vector has two parts, what are they? (hint, it’s not head and tail)
Vectors and Motion Graphs for 200 points: During which segment of this graph does the person stop? A B C D
Answer: C Vectors and Motion Graphs for 200 points: During which segment of this graph does the person stop? A B C D
Vectors and Motion Graphs for 300 points: What is the velocity of the person during segment B of this graph? A B C D
Answer: 6 m/s Vectors and Motion Graphs for 300 points: What is the velocity of the person during segment B of this graph? A B C D
Vectors and Motion Graphs for 400 points: What is the magnitude of the resultant when you add a 3m vector that points west and a 4 meter vector north?
Answer: 5m Vectors and Motion Graphs for 400 points: What is the magnitude of the resultant when you add a 3m vector that points west and a 4 meter vector north?
Vectors and Motion Graphs for 500 points: This graph shows a person moving ____________ (direction) while _________ their speed.
Answers: backwards increasing Vectors and Motion Graphs for 500 points: This graph shows a person moving ____________ (direction) while _________ their speed.
Free Fall for 100 points: What is the acceleration due to gravity?
Answer: m/s 2 Free Fall for 100 points: What is the acceleration due to gravity?
Free Fall for 200 points: Is the following object speeding up, or slowing down? []
Answer: Slowing Down Free Fall for 200 points: Is the following object speeding up, or slowing down? []
Free Fall for 300 points: When an object is thrown straight up, what is the y-velocity at the very top?
Answer: 0 m/s Free Fall for 300 points: When an object is thrown straight up, what is the y-velocity at the very top?
Free Fall for 400 points: An object is thrown straight up with an initial y-velocity of 10 m/s. What is the y- velocity when it comes back to the same height it was thrown from?
Answer: -10 m/s Free Fall for 400 points: An object is thrown straight up with an initial y-velocity of 10 m/s. What is the y- velocity when it comes back to the same height it was thrown from?
Free Fall for 500 points: An object is thrown straight up with an initial velocity of m/s, how long does it take to reach the top of its trajectory?
Answer: 2 seconds Free Fall for 500 points: An object is thrown straight up with an initial velocity of m/s, how long does it take to reach the max height in its trajectory?
Kinematics for 100 points: Acceleration is defined as a change in _______ over a change in _______.
Answer: velocity, time Kinematics for 100 points: Acceleration is defined as a change in _______ over a change in _______.
Kinematics for 200 points: An object goes from a velocity A to a velocity B in C seconds. Which kinematics equation would you use to solve for the acceleration?
Answer: V f = V i + a t Kinematics for 200 points: An object goes from a velocity A to a velocity B in C seconds. Which kinematics equation would you use to solve for the acceleration?
Kinematics for 300 points: What are the units for acceleration, velocity, and displacement in that order?
Answer: m/s 2, m/s, m Kinematics for 300 points: What are the units for acceleration, velocity, and displacement in that order?
Kinematics for 400 points: If an object starts at rest and accelerates at a rate of 5 m/s 2 for 12 seconds, what is that objects final speed?
Answer: 60 m/s Kinematics for 400 points: If an object starts at rest and accelerates at a rate of 5 m/s 2 for 12 seconds, what is that objects final speed?
Kinematics for 500 points: A guy has an initial velocity of 10 m/s and accelerates at a rate of -.1 m/s 2 for 1.5 minutes. How far has he gone in 1.5 minutes?
Answer: 495m Kinematics for 500 points: A guy has an initial velocity of 10 m/s and accelerates at a rate of -.1 m/s 2 for 1.5 minutes. How far has he gone in 1.5 minutes?
Metric System for 100 points: How many meters are in a kilometer?
Answer: 1000 Metric System for 100 points: How many meters are in a kilometer?
Metric System for 200 points: What metric prefix represents 10 12
Answer: Tera Metric System for 200 points: What metric prefix represents 10 12
Metric System for 300 points: What is the symbol and power of 10 for micro?
Answer: , Metric System for 300 points: What is the symbol and power of 10 for micro?
Metric System for 400 points: How many millimeters are in a megameter?
Answer: 1,000,000, One Billion Metric System for 400 points: How many millimeters are in a megameter?
Metric System for 500 points: How many m/s is km/hr?
Answer: m/s Metric System for 500 points: How many m/s is km/hr?
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Josh is in his car traveling at 9 km/hr. He then accelerates to 36 km/hr in 10 seconds. What was Josh’s acceleration? (Numeric Answer)
Answer:.75 m/s/s!! Josh is in his car traveling at 9 km/hr. He then accelerates to 36 km/hr in 10 seconds. What was Josh’s acceleration? (Numeric Answer)