Practice Quiz Systems Energy Models

Test

(197)

Practice Quiz: Systems, Energy, & Models

Descarga la versión para jugar en papel

Duplicar

Crear reto

Sobre Test

biology games

Edad recomendada: 12 años

412 veces realizada

Creada por

Benjamin D Morgan

Estados Unidos

Top 10 resultados

1

salk 578481

24 de Septiembre de 2019

01:49

tiempo

100

puntuacion
2

salk 631458

24 de Septiembre de 2019

01:59

tiempo

100

puntuacion
3

salk 612390

25 de Septiembre de 2019

02:05

tiempo

100

puntuacion
4

salk 638371

8 de Octubre de 2019

02:13

tiempo

100

puntuacion
5

salk 609437

24 de Septiembre de 2019

02:22

tiempo

100

puntuacion
6

salk 610814

24 de Septiembre de 2019

02:25

tiempo

100

puntuacion
7

salk 611453

24 de Septiembre de 2019

02:36

tiempo

100

puntuacion
8

salk 612533

24 de Septiembre de 2019

02:40

tiempo

100

puntuacion
9

Salk 613550

25 de Septiembre de 2019

02:56

tiempo

100

puntuacion
10

salk 633626

25 de Septiembre de 2019

02:57

tiempo

100

puntuacion

¿Quieres aparecer en el Top 10 de este juego?

Inicia sesión

para identificarte.

Crea tu propio juego gratis desde nuestro creador de juegos

Crear test

Compite contra tus amigos para ver quien consigue la mejor puntuación en esta actividad

Crear reto


Practice Quiz Systems Energy ModelsVersión en línea Practice Quiz: Systems, Energy, & Models por Benjamin D Morgan 1 1. The motor inside of the fan would be a Part b Subsystem c All choices d System 2 2. The motor is a subsystem because a It is a part b It is a system within another system 3 A PART is made up of how many smaller parts? a 1 b 2 only c 2 or more 4 A SUBSYSTEM is made up of how many smaller parts? a 1 b 2 only c 2 or more 5 Every working system has a function a true b false 6 What the system is designed to do is the.... a subsystem b function c energy d all choices 7 7. The function of the ceiling fan is to a cool a room b hand on the ceiling c it has no function d provide an energy transfer 8 What is the boundary of the fan? a the motor b the outer edge of trhe blades and base c the inside of the fan 9 Boundaries can be... a imaginary b solid structures c imaginary or solid structrures 10 Systems... a interact with other systems b work alone and in isolation 11 Open systems like the oven allows energy to enter and leave a true b false 12 Closed systems like the phone allows energy to enter and leave a true b false 13 Functioning systems must have an energy input a True for both open and closed systems b True for both open systems only c True for both closed systems only 14 Which is true? a Energy can flow in a system, but not matter b Matter can flow in a system, but not energy c Both energy and matter can flow in a system 15 What is flowing within (inside) the Earth System? a Matter like air and water b Energy like heat and solar c Both energy (like heat & solar) AND matter (like air and water) d No matter or energy flows in the system 16 What is flowing within (inside) the Fish Tank System? a Matter like water, air, and fish b Energy like heat and solar c Both energy (like heat & solar) AND matter (like air, fish, and water) d No matter or energy flows in the system 17 What would be an energy input for the solar freezer? a light energy b kinetic energy c electrical energy d food 18 What would be an matter input for the solar freezer? a light energy b kinetic energy c electrical energy d food 19 Energy can transfer from one system to another system. a True b False 20 Energy from what system transfers to this solar powered freezer system? a sun b light c electrical d wall socket 21 Energy causes ___________ to occur. a change b motion c age 22 What type of energy is in this picture? a kinetic b potential c electromagnetic d solar 23 When plants convert the sun's energy into food, which type of energy does the sun energy become? a kinetic b chemical c thermal d solar 24 What form of energy? a Mechanical (kinetic) energy b Chemical (kinetic) energy c Sound (potential) energy d Sound (kinetic) energy 25 What kind of energy? a Thermal (kinetic) energy b Thermal (potential) energy c Nuclear (kinetic) energy d Mechanical (kinetic) energy 26 What form of energy? a thermal b electrical c mechanical d radiant 27 What kind of energy? a radiant b electrical c thermal d chemical 28 What kind of energy? a Thermal (kinetic) energy b Chemical (kinetic) energy c Chemical (potential) energy d Mechanical (kinetic) energy 29 Which form of energy is being released? a light (potential) b Light (kinetic) c chemical (kinetic) d Electrical (kinetic) 30 What form of energy do plants use to make sugar in the photosynthetic process? a heat energy b chemical energy c solar energy d kinetic energy 31 A _____________________ is something that scientists use to represent an object or process a mass b matter c model d weight 32 Select ALL that is true Choose one or more answers a A model is a simple representation of a system b Models are expensive! c A toy car is a model of a real car d A model helps you understand a system 33 Pick the reasons why we use models Choose one or more answers a Models are expensive b Models help you understand complex systems c Models are used when systems are too expensive or impossible to use 34 The manipulation of a model in such a way that it behaves like a real system is termed: a simulation b modeling c manipulation d organization 35 Heat is ___ of the system. a an input b a subsystem c a trigger d an output 36 Models can be helpful in scientific investigations because a it may not be possible to work with the real thing. b they can be smaller and more manageable than the real thing. c they can be safer to work with than the real thing. d All possible choices 37 The kidneys are organs that filter wastes out of the blood stream. Which of the following objects could best be used to make a simple model of a kidney? a block of wood b coffee filter c plastic bag d water pump 38 A tennis ball could be used to represent the sun because it's round and yellow. Which of the following could also be used to model the sun? a a light bulb b an empty cup c an eraser d a kleenex box 39 What is a scientific model? a A representation of an object but smaller b An exact representation made of similar material c A representation of an object or system d A familiar copy of an object 40 What is the advantage of creating a model of a dinosaur? a they are too large to easily study b they are too complicated to study c Real dinosaurs cannot be studied because they are extinct d The model is safer to work with. 41 True or False--A model can never be revised. a True b False 42 If you want to compare sizes and distances in a model, then you should make a ___ model. a planet b scale c map d huge 43 A drawing, diagram, or map are types of ___. a mental models b three-dimensional models c two-dimensional models d plastic models 44 Scientists use ___________ to understand how systems work. a models b figures c process d energy 45 Scientists use a ___ to represent something that has too many parts, is too big, or is too small to investigate in real life. a cars, dolls, people b model c scale d telescope 46 What form of energy is stored in the bonds between molecules of matter? a chemical energy b heat energy c kinetic energy d mechanical energy 47 the ability to do work a potential energy b matter c photons d energy 48 Stored energy that results from the position or shape of an object is called... a thermal b potential c kinetic d gravitational 49 All of the different forms of energy move making them kinetic energy a true b false 50 All of the different forms of energy can be stored energies. 51 All of the different forms of energy can be stored energies. a true b false 52 Lightning during a thunderstorm is an example of what form of energy? a Radiant (potential) energy b Radiant (kinetic) energy c Electrical (potential) energy d Electrical (kinetic) energy 53 Which of the followings are examples of thermal energy? a a violin string plucked, talking, ringing telephone b candle flame, light bulb light c boiling water, steam, heat from a flashlight d energy from the sun (fusion, energy from a nuclear power plant (fission) 54 Energy is made out of... a matter b atoms c photons d nothing 55 Energy takes up space a true b false 56 A baseball held by a pitcher has _____________energy. a kinetic b chemical c potential d thermal 57 Stored energy between atoms, ions, and molecule is __________________ energy? a Potential (Chemical) Energy b Kinetic (Chemical) Energy c Potential (Nuclear) Energy d Kinetic (Nuclear) Energy

Practice Quiz Systems Energy ModelsVersión en línea

Practice Quiz: Systems, Energy, & Models

por Benjamin D Morgan

1. The motor inside of the fan would be

Part

Subsystem

All choices

System

2. The motor is a subsystem because

It is a part

It is a system within another system

A PART is made up of how many smaller parts?

2 only

2 or more

A SUBSYSTEM is made up of how many smaller parts?

2 only

2 or more

Every working system has a function

true

false

What the system is designed to do is the....

subsystem

function

energy

all choices

7. The function of the ceiling fan is to

cool a room

hand on the ceiling

it has no function

provide an energy transfer

What is the boundary of the fan?

the motor

the outer edge of trhe blades and base

the inside of the fan

Boundaries can be...

imaginary

solid structures

imaginary or solid structrures

Systems...

interact with other systems

work alone and in isolation

Open systems like the oven allows energy to enter and leave

true

false

Closed systems like the phone allows energy to enter and leave

true

false

Functioning systems must have an energy input

True for both open and closed systems

True for both open systems only

True for both closed systems only

Which is true?

Energy can flow in a system, but not matter

Matter can flow in a system, but not energy

Both energy and matter can flow in a system

What is flowing within (inside) the Earth System?

Matter like air and water

Energy like heat and solar

Both energy (like heat & solar) AND matter (like air and water)

No matter or energy flows in the system

What is flowing within (inside) the Fish Tank System?

Matter like water, air, and fish

Energy like heat and solar

Both energy (like heat & solar) AND matter (like air, fish, and water)

No matter or energy flows in the system

What would be an energy input for the solar freezer?

light energy

kinetic energy

electrical energy

food

What would be an matter input for the solar freezer?

light energy

kinetic energy

electrical energy

food

Energy can transfer from one system to another system.

True

False

Energy from what system transfers to this solar powered freezer system?

sun

light

electrical

wall socket

Energy causes ___________ to occur.

change

motion

age

What type of energy is in this picture?

kinetic

potential

electromagnetic

solar

When plants convert the sun's energy into food, which type of energy does the sun energy become?

kinetic

chemical

thermal

solar

What form of energy?

Mechanical (kinetic) energy

Chemical (kinetic) energy

Sound (potential) energy

Sound (kinetic) energy

What kind of energy?

Thermal (kinetic) energy

Thermal (potential) energy

Nuclear (kinetic) energy

Mechanical (kinetic) energy

What form of energy?

thermal

electrical

mechanical

radiant

What kind of energy?

radiant

electrical

thermal

chemical

What kind of energy?

Thermal (kinetic) energy

Chemical (kinetic) energy

Chemical (potential) energy

Mechanical (kinetic) energy

Which form of energy is being released?

light (potential)

Light (kinetic)

chemical (kinetic)

Electrical (kinetic)

What form of energy do plants use to make sugar in the photosynthetic process?

heat energy

chemical energy

solar energy

kinetic energy

A _____________________ is something that scientists use to represent an object or process

mass

matter

model

weight

Select ALL that is true

Choose one or more answers

A model is a simple representation of a system

Models are expensive!

A toy car is a model of a real car

A model helps you understand a system

Pick the reasons why we use models

Choose one or more answers

Models are expensive

Models help you understand complex systems

Models are used when systems are too expensive or impossible to use

The manipulation of a model in such a way that it behaves like a real system is termed:

simulation

modeling

manipulation

organization

Heat is ___ of the system.

an input

a subsystem

a trigger

an output

Models can be helpful in scientific investigations because

it may not be possible to work with the real thing.

they can be smaller and more manageable than the real thing.

they can be safer to work with than the real thing.

All possible choices

The kidneys are organs that filter wastes out of the blood stream. Which of the following objects could best be used to make a simple model of a kidney?

block of wood

coffee filter

plastic bag

water pump

A tennis ball could be used to represent the sun because it's round and yellow. Which of the following could also be used to model the sun?

a light bulb

an empty cup

an eraser

a kleenex box

What is a scientific model?

A representation of an object but smaller

An exact representation made of similar material

A representation of an object or system

A familiar copy of an object

What is the advantage of creating a model of a dinosaur?

they are too large to easily study

they are too complicated to study

Real dinosaurs cannot be studied because they are extinct

The model is safer to work with.

True or False--A model can never be revised.

True

False

If you want to compare sizes and distances in a model, then you should make a ___ model.

planet

scale

map

huge

A drawing, diagram, or map are types of ___.

mental models

three-dimensional models

two-dimensional models

plastic models

Scientists use ___________ to understand how systems work.

models

figures

process

energy

Scientists use a ___ to represent something that has too many parts, is too big, or is too small to investigate in real life.

cars, dolls, people

model

scale

telescope

What form of energy is stored in the bonds between molecules of matter?

chemical energy

heat energy

kinetic energy

mechanical energy

the ability to do work

potential energy

matter

photons

energy

Stored energy that results from the position or shape of an object is called...

thermal

potential

kinetic

gravitational

All of the different forms of energy move making them kinetic energy

true

false

All of the different forms of energy can be stored energies.

true

false

Lightning during a thunderstorm is an example of what form of energy?

Radiant (potential) energy

Radiant (kinetic) energy

Electrical (potential) energy

Electrical (kinetic) energy

Which of the followings are examples of thermal energy?

a violin string plucked, talking, ringing telephone

candle flame, light bulb light

boiling water, steam, heat from a flashlight

energy from the sun (fusion, energy from a nuclear power plant (fission)

Energy is made out of...

matter

atoms

photons

nothing

Energy takes up space

true

false

A baseball held by a pitcher has _____________energy.

kinetic

chemical

potential

thermal

Stored energy between atoms, ions, and molecule is __________________ energy?

Potential (Chemical) Energy

Kinetic (Chemical) Energy

Potential (Nuclear) Energy

Kinetic (Nuclear) Energy

Practice Quiz Systems Energy Models

Test

Descarga la versión para jugar en papel

Creada por

Top 10 resultados

Top juegos

Test

Cultura general española

Test

Brawl stars preguntas

Test

cuanto sabes de Futbol

Test

Tipos de sintagmas (II)

Test

Verbos irregulares en Inglés