passionatelycurioussci.weebly.com · Web viewYou will be challenged and tested on the way that things move

Motion Virtual Escape Room Map ~ [4-Player]Welcome Player 1…To discover my treasure, you must make it past wallsYou and your teammates will move down separate hallsWhen you come to a door, you must solve a new taskYou must work together to complete what I ask

To make it to the middle, your skills you must proveYou will be challenged and tested on the way that things moveCalculating change and graphing positionWill help you succeed in completing your mission

When you feel that you're ready, click "Next" to advanceCall up your teammates, good luck and bon chance

Welcome Player 2…To discover my treasure, you must make it past wallsYou and your teammates will move down separate hallsWhen you come to a door, you must solve a new taskYou must work together to complete what I ask









Door #1Your journey starts small with motion that is steadyRearrange if needed and calculate when ready

Your journey starts small with motion that is steadyRearrange if needed and calculate when ready



Kermit and Miss Piggy go for a nice 9-mile bike ride in the park. If they are moving for 1.5 hours, what is their average speed in mph?

This skateboarding dog appears to be moving at about 4 m/s. Assuming a constant velocity the entire time, how far (in meters) will he travel if we let him roll along for a full minute?

Small turtles can only move at about 0.15 m/s. Assuming constant velocity, how long, in seconds, would it take this turtle to make it to a juicy strawberry 9 meters away?

This skateboarding child only needs 8 seconds to make it the 28 meters down the length of a basketball court. What is the average velocity (in m/s) required to make this happen?

6 mph 240 meters 60 seconds 3.5 m/s

Door #2Nice work, you made it through door number 1!Let's add acceleration to make things more fun.Here's the trick, starting now, you may not have all you need.Check in with your teammates if you want to succeed.

Nice work, you made it through door number 1!Let's add acceleration to make things more fun.Here's the trick, starting now, you may not have all you need.Check in with your teammates if you want to succeed.



Did You Know?The planet Hoth has a slightly higher force of gravity than Earth. Objects there accelerate at a rate of 11 m/s²

Did You Know?Usain Bolt accelerates out of the blocks with an acceleration of 3 m/s²

Did You Know?A fire extinguisher provides enough force to propel Wall-E with an acceleration of 2.2 m/s²

Did You Know?The Soapbox Derby hill has an overall length (displacement) of 105 meters

What is the time (in seconds) required for Usain Bolt to accelerate from rest to a final velocity of 9.6 m/s?

Starting from rest, a soapbox derby team accelerates down a hill in 15 seconds. What is the final velocity (in m/s) at the bottom of the hill?

An imperial soldier on the planet Hoth stands on top of a 22.5 meter tall AT-AT Walker and throws a blaster straight down with an initial velocity of 9 m/s. Assuming no air resistance, what is the impact velocity (in m/s) as it crashes into the snow?

In a classic movie scene, Wall-E propels himself through space using a fire extinguisher. How far (in meters) would he travel in 5 seconds if he accelerated from rest and kept the extinguisher on and pointed in a single direction the entire time?

3.2 seconds 14 m/s 24 m/s 27.5 meters

Door #3This door is unlocked but on your walkie you hearPlayer three is stuck and needs your help to make things clear

This door is unlocked but on your walkie you hearPlayer three is stuck and needs your help to make things clear

You get to the door and you notice a snake!!You try to sneak by, but it startles awake. It speaks(!) and demands that its length you must measureBefore you can pass and move ahead toward your treasure

This door is unlocked but on your walkie you hearPlayer three is stuck and needs your help to make things clear

You look in your bag and notice that you happen to have a deck of cards and a bunch of spare change in pennies. You estimate the number of pennies required to equal the length of a card. Hopefully this information will be helpful...

You look in your bag and notice that you happen to have a deck of cards and a ruler. Hopefully this information will be helpful...

You look in your bag and all you have are water bottles so you do your best to estimate how many water bottles it takes to equal the length of the snake. Hopefully your teammates will be able to provide you with some more information...

You look in your bag and notice that you happen to have a water bottle and a bunch of spare change in pennies. You estimate the number of pennies required to equal the length of a bottle. Hopefully this information will be helpful...

1 card = 4.7 pennies 1 card = 8.9 cm 1 snake = 7.15 bottles 1 bottle = 10.6 penniesWhat is the length of the Snake in meters?Between 1.34-1.54 meters based on estimated ranges

Door #4You are given several questions but lack some key informationYour graphs are all different, time for team communication

If you feel confused or unsure, don't hesitate to askYour team is there to help so you can all complete this task

You are given several questions but lack some key informationYour graphs are all different, time for team communication






What is the average velocity (in m/s) between What is the total displacement (in meters) What is the average velocity (in m/s) between What is the total displacement (in meters)

0-2 seconds for YOUR graph? during the interval of 0-7 seconds? 2-7 seconds for YOUR graph? during the interval of 0-7 seconds for YOUR graph

-1 m/s 4 meters 0.5 m/s 12 metersWhat is the instantaneous acceleration (in m/s2) at 1 second on PLAYER 2's graph?

How far away (in meters) is the object in PLAYER 1's graph after 7 seconds, compared to where it started?

List a time in PLAYER 2's graph when the object is speeding up.

What is the instantaneous velocity (in m/s) at 5 seconds in PLAYER 1's graph?

-1 m/s² 2 meters Between 4 s – 6 s 0 m/sWhat is the total displacement (in meters) during the interval of 2-4 seconds for PLAYER 4's graph

What is the average velocity (in m/s) for the first second of PLAYER 3's graph?

What is the acceleration (in m/s²) at 3 seconds for PLAYER 4's graph?

Between 1-2 seconds, is PLAYER 3's graph "speeding up", "slowing down", or "moving at a constant velocity"

3 meters 3 m/s 1.5 m/s² Slowing down

Door #5Player four calls for help on their behalfYou have part of a description, but they have the graph

Player four calls for help on their behalfYou have part of a description, but they have the graph

Player four calls for help on their behalfYou have part of a description, but they have the graph

Before you may move on, you must answer a new questionIt won't make sense alone, so be open to suggestion...

...Then, the bug gets faster in the negative direction...

...Finally, the bug slows down to a stop. First, the bug starts motionless in the on the floor...

Select the correct d vs t and v vs t graphs by writing in the two corresponding letters without a space.For example: if you want graph B for the d vs t graph and graph G for the v vs t graph, you would type in "BG"

DF

Door #6To calculate for free fall, air resistance isn't realCalculate this solution for Earth (just more ideal)

To calculate for free fall, air resistance isn't realCalculate this solution for Earth (just more ideal)



After an intense game of billiards, you let off some steam by tossing the 8-ball straight up and down a few times. If the ball reaches a maximum height of 1.6 meters, how fast (in m/s) did you throw it?

LeBron James is practicing his basketball dribbling skills during the off-season. He determines that approximately 0.6 seconds elapse between bounces. What is the height of the basketball bounce in meters?

In addition to being insanely adorable, the Klipspringer is known to jump 3.6 meters straight up in the air (that is several times their body height). What is the initial upward velocity required to make this happen?

The fastest pitchers in baseball can throw over 100 mph (45 m/s). Assuming no air resistance, if they are able to throw a baseball straight up in the air at this speed (they can't really but just as a thought experiment), how many seconds would it be in the air before returning back where it started?

5.6-5.7 m/s 0.44-0.46 m 8.4-8.5 m/s 9.0-9.2 s

Door #7Your clue matches a graph on someone else's doorThe letters spell a secret word once you know all four

Your clue matches a graph on someone else's doorThe letters spell a secret word once you know all four



V vs T graph representing an object getting slower

D vs T graph representing an object getting faster

V vs T graph representing an object moving at a constant positive velocity

D vs T graph representing an object moving at a constant negative velocity

E M V OSecret Word: MOVE Secret Word: MOVE Secret Word: MOVE Secret Word: MOVE

Door #8Oooh! Pretty graphs describing something movingIf only you knew what it is and what it's doing...

You find a bird’s eye view of a car moving on the floorBut what do you think that this info might be for??



Select the correct d vs t and v vs t graphs by writing in the two corresponding letters without a space.For example: if you want graph A for the d vs t graph and graph F for the v vs t graph, you would type in "AF"

1 - Constant velocity of 2 m/s 3 – Decelerates from 10.5 m/s to 0 m/s 2 – Accelerates from 2 m/s to 10.5 m/s

BH

Door #9Your hallways converge upon the centermost roomWhat treasure awaits? We can only assumeYou see that there’s a peep hole in this final doorSo you take a peek inside, but you’re not sure what to look for

You notice a ramp with a marble rolling downBut your view is really zoomed and you cannot look aroundTo solve this final clue, provide the length of the ramp. Since your field of view is small, team up with others in your camp

Your hallways converge upon the centermost roomWhat treasure awaits? We can only assumeYou see that there’s a peep hole in this final doorSo you take a peek inside, but you’re not sure what to look for






You watch the marble get released at the top of the ramp and hear a noise exactly 2 seconds later when it presumably makes it to the bottom.

What is the length of the ramp in meters? What is the length of the ramp in meters? What is the length of the ramp in meters? What is the length of the ramp in meters?1.6 meters 1.6 meters 1.6 meters 1.6 metersTry again - It might be useful to use your information to determine the marble's acceleration...

Try again - It might be useful to use your information to determine the marble's acceleration...

Try again - It might be useful to use your information to determine the marble's acceleration...

Try again - you have some really important information here. If only you knew the marble's acceleration...

CONGRATULATIONS!!You made it to the end and rejoined with your teamThe motion problems before this were part of a themeThe way things move and how they are describedIs affected by history and how science is transcribed

Back in 1901, gravity was definedBy a conference in Paris with a goal to assignA value to the constant that changes with locationEven so, this average doesn’t mention deviation.

Your final prize is this value, historically declaredYou will need to report this to it’s good to be preparedSubmit this official value as proof that you succeededJot it down or screenshot so you’re sure you’ve got what’s needed

You made it to the end and rejoined with your teamThe motion problems before this were part of a themeThe way things move and how they are describedIs affected by history and how science is transcribed









Submit FormCongratulations Player 1!!

Submit the "official value" for the acceleration of gravity as proof that you have succeeded :)

“In 1901 the third General Conference on Weights and Measures defined a standard gravitational acceleration for the surface of the Earth: g = 9.80665 m/s^2”

Congratulations Player 2!!









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passionatelycurioussci.weebly.com · Web viewYou will be challenged and tested on the way that things move