Hot Air Balloon Rev Quiz

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Âge recommandé: 13 ans

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Benjamin D Morgan

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Hot Air Balloon Rev QuizVersion en ligne assignment par Benjamin D Morgan 1 Which was used to design & build a hot air balloon that stays in the air the longest? (pick 2) Choose one or more answers a Left picture b Right picture c Engineering Design Process d Scientific Method 2 Which is used to learn about hot air balloons? (pick 2) Choose one or more answers a Left picture b Right picture c Engineering Design Process d Scientific Method 3 Our problem in this project was to design a hot air balloon that stays in the air the longest. What step is this? a Step 1 of the Scientific Method b Step 1 of the Engineering Design Process c Step 2 of the Scientific Method 4 We performed experiments on Hot Air Balloons by using what ? a Engineering Design Process b Scientific Method c Both 5 Performing experiments using the scientific method is which step of the engineering design process? a Step 1: Define the Problem b Step 2: Generate Concepts (Research) c Step 3: Develop a Solution d Step 4: Construct and Test a Prototype 6 We performed experiments on hot air balloons to.... (pick 2) Choose one or more answers a Figure out how hot air balloons work b Design a hot air balloon c Build a hot air balloon d Learn about hot air balloon e Make a prototype 7 Hot air balloons rise due to... a Air particles moving slower inside the balloon and being closer apart b Air particles moving faster inside the balloon and being farther apart c All choices 8 Hot air balloons rise due to... a Rising air currents b High density air c Low density air d Propellor 9 The hot air balloons we are designing are... a Inventions b Innovations c Both 10 The hot air balloons we built in each experiment was... a My innovation/prototype b My teachers prototype c All choices 11 The hot air balloons we designed are... (pick 2) Choose one or more answers a Technologies b Inventions c Not technologies d Prototype Hot Air Balloons e Actual Hot Air Balloons 12 The dependent variable is? a What we make different in an experiment b What we measure in an experiment c What we keep the same in an experiment 13 The independent variable is? a What we make different in an experiment b What we measure in an experiment c What we keep the same in an experiment 14 The controlled variable is? a What we make different in an experiment b What we measure in an experiment c What we keep the same in an experiment 15 The dependent variable in ALL of our HOT AIR BALLOON experiments was? a All choices b How high the hot air balloon flew c How much weight the hot air balloon carried d How well the hot air balloon flew 16 The independent variables we tested in our experiments on the HOT AIR BALLOONS were what 3? Choose one or more answers a Size of the balloon (envelope) b Adding weight to the sides of the balloon on the skirt c Shape of the top of the balloon d Shape of the balloon (envelope) at the bottom of the balloon e Amount of time the balloon is heated up for 17 Generally speaking what did we conclude during our research of size of the hot air balloon a The size of the hot air balloon does effect the flight of the balloon b The smaller the hot air balloon the better it flew c The larger the hot air balloon the better it flew 18 Generally speaking what did we conclude during our research of the shape of the balloon skirt? a A balloon skirt that goes is the same size as the envelope (right picture) flies better b The size of the bottom of the balloon (skirt) does effect the flying ability of the balloon c The size of the bottom of the balloon (skirt) does NOT effect the flying ability of the balloon d A balloon skirt that goes inward at the bottom (left picture) flies better 19 Generally speaking what did we conclude during our research on the weight (paperclips) added to the sides of the balloon? a Adding weights caused the balloon to flip less b The more weights we add the higher it goes c Adding weights caused the balloon to stay in the air longer 20 During our experiments our conclusions (final claims) were based on... a What we believe should happen during the experiment b Our observations of all the labs we have done previous to this one c Our observations (data) that occurred during the experiment 21 Conclusions (final claims) are based on.... a Evidence (observations & data) during experiments on the hot air balloon b Evidence (observations & data) done by reading about hot air balloons online, in texts, etc. c What we believe or think should happen 22 If we think that our data is wrong that we collected during our experiment then we should... (pick 2) Choose one or more answers a Write a conclusion (final claim) based on what we think the answer is b Write a conclusion (final claim) based on the data only c Ignore the data that we think is incorrect d Ignore our personal beliefs/opinions 23 We "develop a solution" (Step 3) in the Hot Air Balloon Project by... a Building the hot air balloon that we are designing b Performing experiments on hot air balloons to see how they work c Testing our hot air balloon AND seeing what works/doesn't work d Drawing a picture of what our design will be 24 We Construct and Test a Prototype (Step 4) in the Hot Air Balloon Project by... a Building the hot air balloon that we are designing and then testing it by heating it up b Drawing a picture of what our hot air balloon design will be c Testing our hot air balloon AND seeing what works/doesn't work d Performing experiments on hot air balloons to see how they work 25 We Evaluate our Solution (Step 5) in the Hot Air Balloon Project by... a Drawing a picture of what our hot air balloon design will be b Testing our hot air balloon AND seeing what works/doesn't work c Building the hot air balloon that we are designing and then heating it up d Performing experiments on hot air balloon to see how they work 26 Once we heat up and evaluate our hot air balloon once we... a Are done with the Engineering Design Process. The project is over b We evaluate the design AND go back to Step 3 (Develop a Solution) 27 We go through steps 3 (Develop a Balloon), Step 4 (Construct & Test the Balloon we built), and Step 5 (Evaluate the balloon we built) a 1 time only b 2 times c Until your design works the way you want it

Hot Air Balloon Rev QuizVersion en ligne

assignment

par Benjamin D Morgan

Which was used to design & build a hot air balloon that stays in the air the longest? (pick 2)

Choose one or more answers

Left picture

Right picture

Engineering Design Process

Scientific Method

Which is used to learn about hot air balloons? (pick 2)

Choose one or more answers

Left picture

Right picture

Engineering Design Process

Scientific Method

Our problem in this project was to design a hot air balloon that stays in the air the longest. What step is this?

Step 1 of the Scientific Method

Step 1 of the Engineering Design Process

Step 2 of the Scientific Method

We performed experiments on Hot Air Balloons by using what ?

Engineering Design Process

Scientific Method

Both

Performing experiments using the scientific method is which step of the engineering design process?

Step 1: Define the Problem

Step 2: Generate Concepts (Research)

Step 3: Develop a Solution

Step 4: Construct and Test a Prototype

We performed experiments on hot air balloons to.... (pick 2)

Choose one or more answers

Figure out how hot air balloons work

Design a hot air balloon

Build a hot air balloon

Learn about hot air balloon

Make a prototype

Hot air balloons rise due to...

Air particles moving slower inside the balloon and being closer apart

Air particles moving faster inside the balloon and being farther apart

All choices

Hot air balloons rise due to...

Rising air currents

High density air

Low density air

Propellor

The hot air balloons we are designing are...

Inventions

Innovations

Both

The hot air balloons we built in each experiment was...

My innovation/prototype

My teachers prototype

All choices

The hot air balloons we designed are... (pick 2)

Choose one or more answers

Technologies

Inventions

Not technologies

Prototype Hot Air Balloons

Actual Hot Air Balloons

The dependent variable is?

What we make different in an experiment

What we measure in an experiment

What we keep the same in an experiment

The independent variable is?

What we make different in an experiment

What we measure in an experiment

What we keep the same in an experiment

The controlled variable is?

What we make different in an experiment

What we measure in an experiment

What we keep the same in an experiment

The dependent variable in ALL of our HOT AIR BALLOON experiments was?

All choices

How high the hot air balloon flew

How much weight the hot air balloon carried

How well the hot air balloon flew

The independent variables we tested in our experiments on the HOT AIR BALLOONS were what 3?

Choose one or more answers

Size of the balloon (envelope)

Adding weight to the sides of the balloon on the skirt

Shape of the top of the balloon

Shape of the balloon (envelope) at the bottom of the balloon

Amount of time the balloon is heated up for

Generally speaking what did we conclude during our research of size of the hot air balloon

The size of the hot air balloon does effect the flight of the balloon

The smaller the hot air balloon the better it flew

The larger the hot air balloon the better it flew

Generally speaking what did we conclude during our research of the shape of the balloon skirt?

A balloon skirt that goes is the same size as the envelope (right picture) flies better

The size of the bottom of the balloon (skirt) does effect the flying ability of the balloon

The size of the bottom of the balloon (skirt) does NOT effect the flying ability of the balloon

A balloon skirt that goes inward at the bottom (left picture) flies better

Generally speaking what did we conclude during our research on the weight (paperclips) added to the sides of the balloon?

Adding weights caused the balloon to flip less

The more weights we add the higher it goes

Adding weights caused the balloon to stay in the air longer

During our experiments our conclusions (final claims) were based on...

What we believe should happen during the experiment

Our observations of all the labs we have done previous to this one

Our observations (data) that occurred during the experiment

Conclusions (final claims) are based on....

Evidence (observations & data) during experiments on the hot air balloon

Evidence (observations & data) done by reading about hot air balloons online, in texts, etc.

What we believe or think should happen

If we think that our data is wrong that we collected during our experiment then we should... (pick 2)

Choose one or more answers

Write a conclusion (final claim) based on what we think the answer is

Write a conclusion (final claim) based on the data only

Ignore the data that we think is incorrect

Ignore our personal beliefs/opinions

We "develop a solution" (Step 3) in the Hot Air Balloon Project by...

Building the hot air balloon that we are designing

Performing experiments on hot air balloons to see how they work

Testing our hot air balloon AND seeing what works/doesn't work

Drawing a picture of what our design will be

We Construct and Test a Prototype (Step 4) in the Hot Air Balloon Project by...

Building the hot air balloon that we are designing and then testing it by heating it up

Drawing a picture of what our hot air balloon design will be

Testing our hot air balloon AND seeing what works/doesn't work

Performing experiments on hot air balloons to see how they work

We Evaluate our Solution (Step 5) in the Hot Air Balloon Project by...

Drawing a picture of what our hot air balloon design will be

Testing our hot air balloon AND seeing what works/doesn't work

Building the hot air balloon that we are designing and then heating it up

Performing experiments on hot air balloon to see how they work

Once we heat up and evaluate our hot air balloon once we...

Are done with the Engineering Design Process. The project is over

We evaluate the design AND go back to Step 3 (Develop a Solution)

We go through steps 3 (Develop a Balloon), Step 4 (Construct & Test the Balloon we built), and Step 5 (Evaluate the balloon we built)

1 time only

2 times

Until your design works the way you want it

Hot Air Balloon Rev Quiz

Test

Téléchargez la version pour jouer sur papier

Créé par

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