How energy is transformed in a battery - operated toy car​

1. How energy is transformed in a battery - operated toy car​

Answer:

chemical to elictrical ata

2. what energy transformation took place in the battery - operated toy car​

Answer:

Since this is a mechanical battery operated toy, it stores energy that is released through a chemical reaction. This toy starts out as potential energy, when I push down on the star. It then changes into kinetic energy when the star is released.

Explanation:

3. name the energy transformation of the following pictures(there is no picture) -A battery operated a toy car-A washing machine​

Answer:

Mechanical energy

Electrical energy

Explanation:

I hoped I helped thank you..

4. 4-5 Name the energy transformation of the following picturesA battery operated toy carA washing machine​​

Answer:

4.it stores energy that is released through a chemical reaction. This toy starts out as potential energy, when I push down on the star. It then changes into kinetic energy when the star is released.

5.the electrical energy is converted to mechanical energy.

5. A: Directions: Illustrate how energy is transformed in the following:Number 1 is done for you.1.Battery-operated radio: chemical electrical sound -heat2 Flashlight3. Electric flat iron:4.Electric fan5. Battery operated toy car​

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2. Chemical → Electrical → Light

3. Electrical → Heat

4. Electrical → Mechanical → (Potential Energy + Kinetic Energy) → Heat Energy

5. Chemical → Electrical → Mechanical

6. What energy transformation takes place when a battery is used ti make a toy car​

Answer:

Chemical energy to mechanical energy

Explanation:

7. 1 Did the flashlight light when you removed the battery? Why? What happened to the flashlight when you removed the battery 2 What form of energy does the battery possess,? 3. What happened to the flashlight when you put the battery back and switch it on? 4 Trace the energy transformation when you switched on the electric bulb 5. Describe the energy transformation when you switch on the electric fan. 6. What energy transformations took place in a battery operated toy car? 7. In each energy transformation that you observed, what form of energy is always produced? 8. Is energy transformation important? Why?​

Answer:

1. No, because the flashlight needs a battery for it to light or to provide light. The current from the battery heats the filament wire inside the bulb, causing it to glow and give off light. The flashlight didn't function when I removed the battery since it needs battery to turn on.

2. Electrical (Electromagnetic) Potential Energy.

Electrical potential energy is present when positive and negative electric charges are separated from each other, as is a battery. When you turn on a device that is battery-operated, such as a flashlight or a toy, the electrical potential energy stored in the battery is converted into other forms of energy such as sound, mechanical motion, thermal energy, and light.

8. A battery operated toy car​

Answer:

Car ofc

Explanation:

Trust me promise

9. When you put a battery to make the toy car runs, what energy transformation takes place? *​

Answer:

Eletrical energy to mechanical energy

Explanation:

When you use the battery to start the toy car, the energy is converted from electrical to mechanical. And that will make the car move.

10. 1 Did the flashlight light when you removed the battery? Why? What happened to the flashlight when you removed the battery? 2 What form of energy does the battery possess? 3. What happened to the flashlight when you put the battery back and switch it on? 4 Trace the energy transformation when you switched on the electric bulb 5. Describe the energy transformation when you switch on the electric fan. 6. What energy transformations took place in a battery operated toy car? 7. In each energy transformation that you observed, what form of energy is always produced? 8. Is energy transformation important? Why?​

Answer:

no power because there's no energy to power the light

1.no,because the battery was detached from the flashlight ,the flashlight light was not on because the battery was removed

2.circuit

3.the flashlight turned on and had working light

( i am sorry i do not know 4-8 but j hope this helps)

11. A. direction illustrate how energy is transformed in the following1 electric flat iron-_____ _____2 Flashlight-_____ ______3 Battery operated radio- ______ _____4 Electric fan-_____ ______5 Battery operated toy car-______ ______nonesence=reportten point's po to ​

Answer:

1. A flat iron- electrical energy into thermal energy.

2. flashlight- the electrical energy becomes light energy and thermal energy in the bulb.

3. battery operator radio- chemical energy into electricity.

4. electric fan- electric energy into kinetic energy

5. battery operated toy car- potential energy into

kinetic energy

Explanation:

#carry_on_learning

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12. What is the energy transformation in a winding toy car?

What is the energy transformation in a winding toy car?

This is due to the potential energy which was stored in the spring which will be later on converted into a kinetic energy.

To explain this:

When a toy is wound up, a work is done causing the spring to be fixed tightly. This work is stored in the form of a potential energy.

Once it is released, the potential energy will be released as a kinetic energy causing the wheels of the toy to move.

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13. How is energy transformed in the toy car l electric fan​

Answer:

What transformation can take place in a ceiling fan electric motor?

The transformation that occurs in a ceiling fan’s electric motor is the conversion of electrical energy to kinetic energy. Another one is the eventual conversion of kinetic energy to heat energy.

Explanation:

Hope it helps

Pa brainlies po

Stay Safe

An electric fan converts electrical energy into mechanical energy

Hope this helps :))

14. Guide Questions: 1. Did the flashlight light when you removed the battery? Why? What happened to the flashlight when you removed the battery? 2. What form off energy does the battery possess? 3. What happened to the flashlight when you put the battery back and switched it on? 4. Describe the energy transformation when you switched on the electric fan. 5. What energy transformations took place in a battery-operated toy car? 6. In each energy transformation that you observed, what form of energy is always produced? 7. Is energy transformation important? Why?\ PLS PO SERIUS AKO KAPAG MALI KA PO IREREPORT KITA :[

Answer:

1. No. Because the flashlight needed a battery to work

1. No. Because the flashlight needed a battery to work2. a battery is a device that is able to store electrical energy in the form of chemical energy and convert that energy into electricity

1. No. Because the flashlight needed a battery to work2. a battery is a device that is able to store electrical energy in the form of chemical energy and convert that energy into electricity3. if the flashlight makes light when you switch it on, than the batteries are not completely depleted of energy. the light bulb is just a thin wire of tungsten in a glass bulb with the air takeout, and it doesn't really care which way the electricity flows

4. the fun converts electric energy into kinetic energy that doesn't work, it converts some electric energy into heat

4. the fun converts electric energy into kinetic energy that doesn't work, it converts some electric energy into heat5. since this a mechanical battery operated, stores energy that is released through a chemical reaction. this toy starts out as potential energy, when i push down on the star. in then changes into kinetic energy when the star is released

4. the fun converts electric energy into kinetic energy that doesn't work, it converts some electric energy into heat5. since this a mechanical battery operated, stores energy that is released through a chemical reaction. this toy starts out as potential energy, when i push down on the star. in then changes into kinetic energy when the star is released6.

4. the fun converts electric energy into kinetic energy that doesn't work, it converts some electric energy into heat5. since this a mechanical battery operated, stores energy that is released through a chemical reaction. this toy starts out as potential energy, when i push down on the star. in then changes into kinetic energy when the star is released6. the sun transforms nuclear energy into heat and light energy. 4. the fun converts electric energy into kinetic energy that doesn't work, it converts some electric energy into heat5. since this a mechanical battery operated, stores energy that is released through a chemical reaction. this toy starts out as potential energy, when i push down on the star. in then changes into kinetic energy when the star is released6. the sun transforms nuclear energy into heat and light energy. our bodies convert chemical energy in our food into a mechanical energy for us to move.4. the fun converts electric energy into kinetic energy that doesn't work, it converts some electric energy into heat5. since this a mechanical battery operated, stores energy that is released through a chemical reaction. this toy starts out as potential energy, when i push down on the star. in then changes into kinetic energy when the star is released6. the sun transforms nuclear energy into heat and light energy. our bodies convert chemical energy in our food into a mechanical energy for us to move.an electric fan transforms electrical energy into kinetic energy.

15. what transformation of energy is battery-operated radio

Answer:response. A battery operated radio gets warm as it plays music. Energy is transferred by forces / sound / electricity to the radio. Then energy is transferred by the radio as chemical / sound and also by heating to transfer thermal / kinetic energy to the radio and the surroundings.

16. AssessmentLearning Task 4: Enumerate the transformation energy of the following. (Eartof energy will be counted.)Example: lighted candie- Chemical energy - light energy - heat energy1. battery operated toy car-2. Firecrackers-3. Rice cooker-4. toaster5. Blender ji​

Answer:

1MECHEMICAL ENERGY.

2chemical energy

3heat energy

4electrical energy

5electrical energy

17. Activity 1: Investigating the Transformation of EnergyMaterials: electronic radio, battery operated toy, candle or alcohol lamp matches​

Answer:

electronic radio- electric energy to sound energy

battery operated toy- electric energy to mechanical energy

candle or lamp- heat energy to light energy

Explanation:

18. Identify the energy forms present in the operation of simple toys and describe the energy transformation in the toys

Goo Day...

Some toys  uses battery to function or to move. Battery have a stored chemical energy in it converted to electrical energy which can be transform into different kind of energy. Mechanical energy, because of electricity the toys able to move. Light energy or heat energy, some toys uses light when battery turn on it uses electricity to produced light.

                                  electrical   →  sound energy

Chemical energy  →  electrical  → heat energy

                                  electrical   → mechanical

                                  electrical    → light energy

Hope it helps..=)

19. the energy in battery is stored in the form of ___________energy. when the battery is used to operate a piano toy, the energy is converted to __________energy

The energy in battery is stored in the form of chemical energy. When the battery is used to operate a piano toy, the energy is converted to electrical energy.

(Sorry if I'm wrong but good luck)

20. identify the energy transformation in the following situation 1.burning wood 2.battery-operated toy car 3.flower pot falling from the window sill 4.plants getting energy from the sun

Answer:

1.Heat to Chemical Energy

2.Chemical to Mechanical Energy

3.i dont know the answer sorry

4.Light to Chemical Energy

21. 3. A battery has sufficient supply of energy to operate 8 toy cars for 21 hours. How long will the battery last to operate 14 toys?​

Answer:

X = 36 3/4 hours

Step-by-step explanation:

8 toy cars : 21 hours = 14 toy cars : X

8/21 = 14/X

8X = 21(14)

8X = 294 ; divide both sides by 8

X = 36 3/4 hours

22. Let's write down our observations: 1 Did the flashlight light when you removed the battery? Why? What happened to the flashlight when you removed the battery? 2 What form of energy does the battery possess?3. What happened to the flashlight when you put the battery back and switch it on? 4 Trace the energy transformation when you switched on the electric bulb 5. Describe the energy transformation when you switch on the electric fan. 6. What energy transformations took place in a battery operated toy car? 7. In each energy transformation that you observed, what form of energy is always produced? 8. Is energy transformation important? Why?​

1. no because the flashlight need a battery to work.

2.battery is a device that is able to store electrical energy in the form of chemical energy, and convert that energy into electricity,” says Antoine Allanore, a postdoctoral associate at MIT's Department of Materials Science and Engineering

3., it makes contact between two contact strips, which begin a flow of electricity, powered from the battery. 

4.In the case of an electric bulb, the electrical energy is converted to light and heat. The amount of electrical energy put into a bulb = the amount of light energy (desirable form) plus the heat energy that comes out of the bulb (undesirable form

5.An electric fan converts electrical energy into mechanical energy .

6.Chemical to electrical to mechanical.

7.when energy of one form is expended an equal amount of energy in another form is produced.

8.We use this energy by converting it to useful kinetic energy when we walk or move in any way,and also sound energy when we talk.

23. Write youranswer1.battery operated toy carheat2. energy from the sun during photosynthesis3. a dynamo is used to light a bulb​

Answer:

pls answer this please not messing around

24. what energy transformation takes place when you turn on your battery-operated toy car?a.heat energy to mechanical energyb.mechanical energy to heat energyc.chemical energy to mechanical energyd.mechanical energy to chemical energy​

Answer:

d.

Explanation: sana po makatulong

25. 4. What form of energy is present in the battery?5. How is this energy changed when it is placed in a toy car?usion:How is energy transformed to another form?​

Answer:

4.) A carbon-zinc battery contains acidic material and a rod of zinc down the center.

5.) The battery changes chemical energy originally stored in the battery to kinetic energy. This spins the propellors of the car, which generates kinetic energy in the air, which then moves the car forward.

Explanation:

Potential energy can be transformed into another energy form. For example-By dropping a ball from height.

26. 1 point When you put a battery to make the toy car runs, what energy transformation takes place? * A. Potential energy is transformed into kinetic energy. B. Chemical energy is transformed to electrical to kinetic energy. C. Kinetic energy is transformed into potential energy. D. Radiant energy is transformed into chemical to kinetic

B.chemical energy is transformed to electrical to kinetic energy

27. Battery operated radio energy transformation

Answer:

Eh pano to!

Explanation:

Bukas nalang yan

28. LEARNING TASK 1 Write the correct energy transformation that may take place in the following. Write your answer on the space provided. Example: rice cooker-electrical to thermal 1. a flashlight 2.television 2. plucking of guitar 3. car engine 4. battery operated toy car 5.battery operated toy car​

Electrical to LightElectrical to mechanical???Mechanical to ChemicalChemical To Mechanical

Explanation:

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1a flashlight: is a light u can see on your eye

2television: when your eye is watching

3plucking of guitar: is when your finger is moving

4battery operated toy car:u need to buy a battery to engage all the enemy

29. a battery operated toy train costs 50 pesos more than seven times the cost of a battery operated toy car. three trains cost 100 pesos less than the cost of 22 toy cars. find the cost of each.

50x7=350 3 trains= 350-100 =250 3×2=6 trains 250x2=500 + 350 = 850

30. Problem: How is energy transformed to another form? What you need: Battery-operated toy Candle or alcohol lamp Matches​

Answer:

battery operated toy

- the energy stored in the battery is transforms from chemical to heat and then light energy

Explanation:

good eve and sana makatulong