Unnamed: 0
int64 0
15.2k
| questionID
stringlengths 9
10
| lessonName
stringclasses 629
values | beingAsked
stringlengths 5
342
| imageName
stringlengths 12
40
⌀ | imagePath
stringlengths 28
56
⌀ | questionType
stringclasses 2
values | answerChoices
stringlengths 17
554
| correctAnswer
stringclasses 7
values |
|---|---|---|---|---|---|---|---|---|
500 | DQ_000560 | cycles of matter | Which of the following does NOT contribute to the CO2 cycle? | cycle_carbon_4910.png | question_images/cycle_carbon_4910.png | Diagram Multiple Choice | a. root respiration, b. Auto and factory emissions, c. plant respiration, d. animal respiration | b |
501 | DQ_000561 | cycles of matter | How many trees are depicted on the image? | cycle_carbon_4910.png | question_images/cycle_carbon_4910.png | Diagram Multiple Choice | a. 2, b. 3, c. 1, d. 4 | a |
502 | DQ_000562 | cycles of matter | Through what process do plants remove carbon dioxide from the atmosphere? | cycle_carbon_5009.png | question_images/cycle_carbon_5009.png | Diagram Multiple Choice | a. organic decay, b. animal respiration, c. plant respiration, d. photosynthesis | d |
503 | DQ_000563 | cycles of matter | How many trees are depicted in the image? | cycle_carbon_5009.png | question_images/cycle_carbon_5009.png | Diagram Multiple Choice | a. 2, b. 3, c. 1, d. 4 | a |
504 | DQ_000564 | cycles of matter | Where do the fertilizers go? | cycle_carbon_5026.png | question_images/cycle_carbon_5026.png | Diagram Multiple Choice | a. To the atmosphere, b. To the sky, c. To the water, d. To the soil | d |
505 | DQ_000565 | cycles of matter | What breaks down nitrates in the soil into nitrogen in the atmosphere? | cycle_carbon_5026.png | question_images/cycle_carbon_5026.png | Diagram Multiple Choice | a. Denitrifying bacteria, b. Fertilizer, c. Nitrifying bacteria, d. Nitrogen-fixing bacteria | a |
506 | DQ_000566 | cycles of matter | What releases nitrogen back to the atmosphere? | cycle_carbon_5026.png | question_images/cycle_carbon_5026.png | Diagram Multiple Choice | a. Dinitrifying bacteria, b. Nitrogen-fixing bacteria, c. Fertilizers, d. Plant | a |
507 | DQ_000567 | cycles of matter | How many types of fixation are shown in the diagram? | cycle_carbon_5026.png | question_images/cycle_carbon_5026.png | Diagram Multiple Choice | a. 4, b. 1, c. 3, d. 2 | d |
508 | DQ_000568 | cycles of matter | What would happen to the reservoir of nitrogen if there were more factories? | cycle_carbon_5026.png | question_images/cycle_carbon_5026.png | Diagram Multiple Choice | a. It would be the same, b. It would disappear, c. It would be lesser, d. It would be greater | d |
509 | DQ_000569 | cycles of matter | When bacteria decays, what is the result? | cycle_carbon_5026.png | question_images/cycle_carbon_5026.png | Diagram Multiple Choice | a. Fixation by nitrogen-fixing bacteria, b. Industrial fixation, c. Ammonia (NH3), d. Denitrifying bacteria | c |
510 | DQ_000570 | cycles of matter | What gas is removed from the atmosphere during photosynthesis? | cycle_carbon_5051.png | question_images/cycle_carbon_5051.png | Diagram Multiple Choice | a. Nitrogen, b. Oxygen, c. Carbon, d. Carbon dioxide | c |
511 | DQ_000571 | cycles of matter | Which label shows a process that removes Carbon Dioxide from the environment? | cycle_carbon_5051.png | question_images/cycle_carbon_5051.png | Diagram Multiple Choice | a. Burning, b. Fespiration, c. Photosynthesis, d. Respiration | c |
512 | DQ_000572 | cycles of matter | How many ways is carbon found in the carbon cycle? | cycle_carbon_5051.png | question_images/cycle_carbon_5051.png | Diagram Multiple Choice | a. 3, b. 2, c. 4, d. 1 | c |
513 | DQ_000573 | cycles of matter | How do fossilized plants turn into atmospheric carbon dioxide? | cycle_carbon_5052.png | question_images/cycle_carbon_5052.png | Diagram Multiple Choice | a. Through combustion, b. Through respiration, c. Through photosynthesis, d. Through decay | a |
514 | DQ_000574 | cycles of matter | What converts plant material into animal tissue? | cycle_carbon_5052.png | question_images/cycle_carbon_5052.png | Diagram Multiple Choice | a. Animals, b. Photosynthesis, c. Decay, d. Respiration | a |
515 | DQ_000575 | cycles of matter | How many processes are involved in the carbon cycle? | cycle_carbon_5052.png | question_images/cycle_carbon_5052.png | Diagram Multiple Choice | a. 5, b. 6, c. 4, d. 3 | a |
516 | DQ_000576 | cycles of matter | How many ways do green plants give off carbon? | cycle_carbon_5052.png | question_images/cycle_carbon_5052.png | Diagram Multiple Choice | a. 6, b. 2, c. 1, d. 4 | d |
517 | DQ_000577 | cycles of matter | What compound do green plants absorb? | cycle_carbon_62.png | question_images/cycle_carbon_62.png | Diagram Multiple Choice | a. Oxygen, b. Carbon Dioxide, c. Carbon, d. Carbon Monoxide | c |
518 | DQ_000578 | cycles of matter | What happens to the CO2 emitted by combustion and animal respiration? | cycle_carbon_62.png | question_images/cycle_carbon_62.png | Diagram Multiple Choice | a. cows absorb it, b. decomposing matter absorbs it, c. Green plants absorb it, d. clouds absorbs it | c |
519 | DQ_000579 | cycles of matter | How many steps there are in the CO2 cycle? | cycle_carbon_62.png | question_images/cycle_carbon_62.png | Diagram Multiple Choice | a. 3, b. 2, c. 5, d. 4 | d |
520 | DQ_000580 | cycles of matter | What would happen to the Carbon Dioxide in the atmosphere if there were fewer cows? | cycle_carbon_62.png | question_images/cycle_carbon_62.png | Diagram Multiple Choice | a. Stay the same, b. Reduce, c. Disappear, d. Increase | b |
521 | DQ_000581 | cycles of matter | Which of the following will reduce the level of CO2 in the atmosphere? | cycle_carbon_62.png | question_images/cycle_carbon_62.png | Diagram Multiple Choice | a. Plant more trees, b. Cut more trees, c. Build more houses and factories, d. Breed more animals | a |
522 | DQ_000582 | cycles of matter | What does CO2 in atmosphere and dissolved in water turns into? | cycle_carbon_71.png | question_images/cycle_carbon_71.png | Diagram Multiple Choice | a. decay, b. fuel, c. combustion, d. photosynthesis | d |
523 | DQ_000583 | cycles of matter | What phase does fuel go through before carbon dioxide is released in the atmosphere? | cycle_carbon_71.png | question_images/cycle_carbon_71.png | Diagram Multiple Choice | a. Death, b. Combustion, c. Respiration and Metabolism, d. Photosynthesis | b |
524 | DQ_000584 | cycles of matter | Which process does not release CO2 to the atmosphere? | cycle_carbon_71.png | question_images/cycle_carbon_71.png | Diagram Multiple Choice | a. Respiration and Metabolism, b. Photosynthesis, c. Combustion, d. Decay | b |
525 | DQ_000585 | cycles of matter | What is the process where green plants get carbon dioxide in the atmosphere and in water? | cycle_carbon_71.png | question_images/cycle_carbon_71.png | Diagram Multiple Choice | a. combustion, b. metabolism, c. respiration, d. photosynthesis | d |
526 | DQ_000586 | cycles of matter | How many direct sources of carbon dioxide are shown in the diagram? | cycle_carbon_72.png | question_images/cycle_carbon_72.png | Diagram Multiple Choice | a. 6, b. 5, c. 3, d. 4 | d |
527 | DQ_000587 | cycles of matter | Which cycle is shown in the diagram? | cycle_carbon_72.png | question_images/cycle_carbon_72.png | Diagram Multiple Choice | a. Carbon Cycle, b. Nitrogen Cycle, c. Oxygen Cycle, d. Helium Cycle | a |
528 | DQ_000588 | cycles of matter | How is carbon dioxide removed from atmosphere? | cycle_carbon_74.png | question_images/cycle_carbon_74.png | Diagram Multiple Choice | a. Plant respiration, b. Animal respiration, c. Photosynthesis, d. Factory emissions | c |
529 | DQ_000589 | cycles of matter | According to the diagram, how many things contribute to CO2 in the atmosphere? | cycle_carbon_74.png | question_images/cycle_carbon_74.png | Diagram Multiple Choice | a. 4, b. 1, c. 3, d. 2 | c |
530 | DQ_000590 | cycles of matter | Where can you find carbon? | cycle_carbon_74.png | question_images/cycle_carbon_74.png | Diagram Multiple Choice | a. water, b. All of the above, c. dead organisms, d. fossils and fossil fuels | b |
531 | DQ_000591 | cycles of matter | Which of the following constitutes an abiotic contribution to the carbon cycle? | cycle_carbon_77.png | question_images/cycle_carbon_77.png | Diagram Multiple Choice | a. Plant Respiration, b. Root Respiration, c. Factory Emissions, d. Animal Respiration | c |
532 | DQ_000592 | cycles of matter | What provides energy necessary for photosynthesis to occur? | cycle_carbon_77.png | question_images/cycle_carbon_77.png | Diagram Multiple Choice | a. Minaral Carbon, b. The Sun, c. Carbon Dioxide, d. Plant Respiration | b |
533 | DQ_000593 | cycles of matter | Which contributes directly to atmospheric carbon dioxide? | cycle_carbon_77.png | question_images/cycle_carbon_77.png | Diagram Multiple Choice | a. Photosynthesis, b. Dead organisms and waste products, c. Factory Emissions, d. Mineral carbon | c |
534 | DQ_000594 | cycles of matter | How many items in this diagram emit carbon into the atmosphere? | cycle_carbon_77.png | question_images/cycle_carbon_77.png | Diagram Multiple Choice | a. One, b. Two, c. Four, d. Three | d |
535 | DQ_000595 | cycles of matter | Living things consists mainly of what? | cycle_carbon_77.png | question_images/cycle_carbon_77.png | Diagram Multiple Choice | a. water, b. oxygen, c. carbon, d. respiration | c |
536 | DQ_000596 | cycles of matter | What does organic carbon transform into? | cycle_carbon_77.png | question_images/cycle_carbon_77.png | Diagram Multiple Choice | a. Factory emissions, b. photosynthesis, c. Plant respiration, d. Mineral carbon | d |
537 | DQ_000597 | cycles of matter | Organic matter undergoes materialization to form what chemical? | cycle_nitrogen_6708.png | question_images/cycle_nitrogen_6708.png | Diagram Multiple Choice | a. Nitrites, b. Gasseous Losses, c. Nitrates, d. Ammonium | d |
538 | DQ_000598 | cycles of matter | What does Fossil Fuel Emissions go towards? | cycle_nitrogen_6708.png | question_images/cycle_nitrogen_6708.png | Diagram Multiple Choice | a. Organic Matter, b. Gaseous Losses, c. Precipitation, d. Bacteria Fixation | c |
539 | DQ_000599 | cycles of matter | What would happen if the fossil fuel emissions were lowered significantly? | cycle_nitrogen_6708.png | question_images/cycle_nitrogen_6708.png | Diagram Multiple Choice | a. The process would be much slower., b. The air would be cleaner during the process., c. There would be less precipitation., d. it would not be affected at all. | b |
540 | DQ_000600 | cycles of matter | What do you call the microorganisms that convert nitrates in soil into free atmospheric nitrogen? | cycle_nitrogen_6709.png | question_images/cycle_nitrogen_6709.png | Diagram Multiple Choice | a. Elk, b. Nitrogen Fixing Bacteria, c. Denitrifying bacteria, d. Plant matter | c |
541 | DQ_000601 | cycles of matter | What would happen to the amount of nitrogen in the atmosphere if the denitrifying bacteria population decreased? | cycle_nitrogen_6709.png | question_images/cycle_nitrogen_6709.png | Diagram Multiple Choice | a. The reservoir of nitrogen in atmosphere would increase, b. The reservoir of nitrogen in atmosphere would decrease, c. The amount of animal waste would decrease, d. The amount of plant matter would decrease | b |
542 | DQ_000602 | cycles of matter | Where does animal waste go to? | cycle_nitrogen_6709.png | question_images/cycle_nitrogen_6709.png | Diagram Multiple Choice | a. Fertilizers, b. Decomposers bacteria, c. Resevoir of nitrogen, d. Atmospheric fixation | b |
543 | DQ_000603 | cycles of matter | Which process does nitrous oxide go through to become atmospheric nitrogen? | cycle_nitrogen_6710.png | question_images/cycle_nitrogen_6710.png | Diagram Multiple Choice | a. uptake, b. dentrification, c. spreading, d. fixation | b |
544 | DQ_000604 | cycles of matter | Which label shows a process of biological oxidation of ammonium to nitrite followed by the oxidation of the nitrite to nitrate? | cycle_nitrogen_6711.png | question_images/cycle_nitrogen_6711.png | Diagram Multiple Choice | a. Nitrification, b. Nitrogen Fixation, c. Eutrophication, d. Mineralization | a |
545 | DQ_000605 | cycles of matter | How many arrows point to the water? | cycle_nitrogen_6711.png | question_images/cycle_nitrogen_6711.png | Diagram Multiple Choice | a. 2, b. 5, c. 1, d. 4 | a |
546 | DQ_000606 | cycles of matter | What type of biochemical cycle is shown in the diagram? | cycle_nitrogen_6711.png | question_images/cycle_nitrogen_6711.png | Diagram Multiple Choice | a. Nitrogen Cycle, b. Water Cycle, c. Carbon Cycle, d. Bicycle | a |
547 | DQ_000607 | cycles of matter | Which process leads to a decrease in soil fertility? | cycle_nitrogen_6711.png | question_images/cycle_nitrogen_6711.png | Diagram Multiple Choice | a. Mineralization, b. Leaching, c. Lightning fixation, d. Gaseous losses | b |
548 | DQ_000608 | cycles of matter | Identify the process where plants absorb nitrates through their roots. | cycle_nitrogen_6712.png | question_images/cycle_nitrogen_6712.png | Diagram Multiple Choice | a. Assimilation, b. Nitrification, c. Ammonififcation, d. Denitrifying Bacteria | a |
549 | DQ_000609 | cycles of matter | What is the only form of nitrogen that plants can use? | cycle_nitrogen_6712.png | question_images/cycle_nitrogen_6712.png | Diagram Multiple Choice | a. Ammonium, b. Fungi, c. Nitrates, d. Bacteria | c |
550 | DQ_000610 | cycles of matter | How many steps there are in the Nitrogen cycle? | cycle_nitrogen_6712.png | question_images/cycle_nitrogen_6712.png | Diagram Multiple Choice | a. 3, b. 6, c. 7, d. 5 | d |
551 | DQ_000611 | cycles of matter | How many types of nitrates are produced in the process below? | cycle_nitrogen_6712.png | question_images/cycle_nitrogen_6712.png | Diagram Multiple Choice | a. 3, b. 1, c. 4, d. 2 | a |
552 | DQ_000612 | cycles of matter | How can animals get nitrogen based on the nitrogen cycle? | cycle_nitrogen_6712.png | question_images/cycle_nitrogen_6712.png | Diagram Multiple Choice | a. by decomposing, b. by absorbing nitrates, c. by eating plants or other organisms that eat plants, d. through assimilation | c |
553 | DQ_000613 | cycles of matter | Which process brings nitrogen from the atmosphere to the soil? | cycle_nitrogen_6713.png | question_images/cycle_nitrogen_6713.png | Diagram Multiple Choice | a. denitrifying bacteria, b. fertilizers, c. bacterial decay, d. Fixation by nitrogen-fixing bacteria | d |
554 | DQ_000614 | cycles of matter | Which two places do the nitrates in the soil go to? | cycle_nitrogen_6713.png | question_images/cycle_nitrogen_6713.png | Diagram Multiple Choice | a. Fertilizers and ammonia, b. The reservoir of nitrogen in the atmosphere and atmospheric fixation, c. The reservoir of nitrogen in the atmosphere and plants, d. The reservoir of nitrogen in the atmosphere and industrial fixation | c |
555 | DQ_000615 | cycles of matter | What does bacterial decay turn plant and animal waste and remains into? | cycle_nitrogen_6713.png | question_images/cycle_nitrogen_6713.png | Diagram Multiple Choice | a. Fertilizers, b. Nothing, c. Nitrates, d. Ammonia | d |
556 | DQ_000616 | cycles of matter | Where does ammonia go in this diagram? | cycle_nitrogen_6713.png | question_images/cycle_nitrogen_6713.png | Diagram Multiple Choice | a. To nitrates in the soil, b. Denitrifying bacteria, c. Atmorpheric fixation, d. Industrial fixation | a |
557 | DQ_000617 | cycles of matter | What does nitrification by bacteria produce? | cycle_nitrogen_6714.png | question_images/cycle_nitrogen_6714.png | Diagram Multiple Choice | a. Nitrogen oxides, b. Animal protiein, c. Nitrates and nitrites, d. Amino Acids | c |
558 | DQ_000618 | cycles of matter | How many factors directly affect growth of plants/plant protein? | cycle_nitrogen_6714.png | question_images/cycle_nitrogen_6714.png | Diagram Multiple Choice | a. 3, b. 2, c. 4, d. 1 | a |
559 | DQ_000619 | cycles of matter | In this process, what happens after Immobilization? | cycle_nitrogen_6714.png | question_images/cycle_nitrogen_6714.png | Diagram Multiple Choice | a. Animal Protein, b. Organic Residues Decay, c. Bacterial Fixation in Legumes, d. Fixation by Lightning | b |
560 | DQ_000620 | cycles of matter | Which compound kills fish? | cycle_nitrogen_6715.png | question_images/cycle_nitrogen_6715.png | Diagram Multiple Choice | a. Nitrogen gas, b. Ammonia, c. Nitrate, d. Nitrite | b |
561 | DQ_000621 | cycles of matter | What does the Sun do with ammonia? | cycle_nitrogen_6715.png | question_images/cycle_nitrogen_6715.png | Diagram Multiple Choice | a. Kills fish, b. Algae growth, c. Dinitrification, d. Nitrification | b |
562 | DQ_000622 | cycles of matter | How many fish are in the picture? | cycle_nitrogen_6715.png | question_images/cycle_nitrogen_6715.png | Diagram Multiple Choice | a. 6, b. 2, c. 4, d. 5 | b |
563 | DQ_000623 | cycles of matter | What process does nitrite go through to become nitrate? | cycle_nitrogen_6715.png | question_images/cycle_nitrogen_6715.png | Diagram Multiple Choice | a. dintrification, b. algae growth, c. photosynthesis, d. nitrification | d |
564 | DQ_000624 | cycles of matter | What is the function of the Denitrifying prokaryotes? | cycle_nitrogen_6716.png | question_images/cycle_nitrogen_6716.png | Diagram Multiple Choice | a. Convert Nitrates to No3, b. Convert Nitrates to NOH3, c. Convert Nitrates to N3, d. Convert Nitrates to N2 | d |
565 | DQ_000625 | cycles of matter | Which prokaryotes convert N2 to ammonia? | cycle_nitrogen_6716.png | question_images/cycle_nitrogen_6716.png | Diagram Multiple Choice | a. Nitrogen-fixing prokaryotes, b. Nitrifying prokaryotes, c. Denitrifying prokaryotes and Nitrifying prokaryotes, d. Denitrifying prokaryotes | a |
566 | DQ_000626 | cycles of matter | How many kinds of prokaryotes are present in the nitrogen cycle? | cycle_nitrogen_6716.png | question_images/cycle_nitrogen_6716.png | Diagram Multiple Choice | a. 4, b. 2, c. 3, d. 5 | c |
567 | DQ_000627 | cycles of matter | How many nitrates does nitrifying prokaryotes convert? | cycle_nitrogen_6716.png | question_images/cycle_nitrogen_6716.png | Diagram Multiple Choice | a. 2, b. 7, c. 6, d. 4 | a |
568 | DQ_000628 | cycles of matter | What happens if there are no denitrifying prokaryotes? | cycle_nitrogen_6716.png | question_images/cycle_nitrogen_6716.png | Diagram Multiple Choice | a. There would be no atmospheric nitrogen., b. Nitrites will not be converted to nitrates., c. Nitrates will not be converted to nitrites., d. Nitrogen will not be converted to ammonia. | a |
569 | DQ_000629 | cycles of matter | How do animals get the nitrogen they need? | cycle_nitrogen_6717.png | question_images/cycle_nitrogen_6717.png | Diagram Multiple Choice | a. By breathing in atmospheric nitrogen, b. By eating plants, c. By getting hit by lightning, d. By eating soil | b |
570 | DQ_000630 | cycles of matter | What compound turns into nitrates in the soil? | cycle_nitrogen_6717.png | question_images/cycle_nitrogen_6717.png | Diagram Multiple Choice | a. Ammonia, b. Nitrates, c. Ammonium, d. Organic matter | b |
571 | DQ_000631 | cycles of matter | What compounds are included when the soil is leaching? | cycle_nitrogen_6717.png | question_images/cycle_nitrogen_6717.png | Diagram Multiple Choice | a. Nitrates and Nitrites., b. Fossil Fuels., c. Ammonia., d. Nitrogen Oxide. | a |
572 | DQ_000632 | cycles of matter | Which mineral does the plant absorb from the soil? | cycle_nitrogen_6717.png | question_images/cycle_nitrogen_6717.png | Diagram Multiple Choice | a. Ammonia, b. Nitrates, c. Lightning, d. The cow | b |
573 | DQ_000633 | cycles of matter | What process brings nitrogen from plants and animals? | cycle_nitrogen_6720.png | question_images/cycle_nitrogen_6720.png | Diagram Multiple Choice | a. nitrogen-fixing by bacteria, b. lightning, c. denitrifying of nitries by bacteria, d. decaying of organic matter | d |
574 | DQ_000634 | cycles of matter | In this diagram of cycles of matter, what happens after Nitrogen-fixing bacteria? | cycle_nitrogen_6720.png | question_images/cycle_nitrogen_6720.png | Diagram Multiple Choice | a. Plant Protein Eaten, b. Nitrogen in Atmosphere, c. Denitrifying bacteria, d. Free nitrates, nitrites, and ammonia | d |
575 | DQ_000635 | cycles of matter | What happens when organisms die and decompose? | cycle_nitrogen_6720.png | question_images/cycle_nitrogen_6720.png | Diagram Multiple Choice | a. They are broken down into proteins., b. Nitrogen is released to the atmosphere., c. Nitrogen is oxidized., d. Nitrogen is returned to the soil as ammonium ions. | d |
576 | DQ_000636 | cycles of matter | What is absorbed by plants? | cycle_nitrogen_6721.png | question_images/cycle_nitrogen_6721.png | Diagram Multiple Choice | a. none, b. amonia and nitrates, c. egestion, d. urine | b |
577 | DQ_000637 | cycles of matter | What step is shown in the diagram? | cycle_nitrogen_6721.png | question_images/cycle_nitrogen_6721.png | Diagram Multiple Choice | a. 4, b. 3, c. 1, d. 2 | b |
578 | DQ_000638 | cycles of matter | Which one absorbs ammonia and nitrates in soil? | cycle_nitrogen_6721.png | question_images/cycle_nitrogen_6721.png | Diagram Multiple Choice | a. cow, b. egestion, c. plant roots, d. clouds | c |
579 | DQ_000639 | cycles of matter | Identify condensation | cycle_nitrogen_16718.png | abc_question_images/cycle_nitrogen_16718.png | Diagram Multiple Choice | a. d, b. m, c. k, d. C | c |
580 | DQ_000640 | cycles of matter | Where does the co2 in the air dissolve? | cycle_carbon_5051.png | question_images/cycle_carbon_5051.png | Diagram Multiple Choice | a. plants, b. ocean, c. animals, d. air | b |
581 | DQ_000641 | cycles of matter | What produces organic matter? | cycle_nitrogen_6711.png | question_images/cycle_nitrogen_6711.png | Diagram Multiple Choice | a. fertilizers, b. plants and animals, c. farms and runoff, d. Fossil fuel emissions | b |
582 | DQ_000642 | cycles of matter | Identify photosynthesis | cycle_carbon_10077.png | abc_question_images/cycle_carbon_10077.png | Diagram Multiple Choice | a. r, b. x, c. F, d. e | a |
583 | DQ_000643 | air pollution | What produces ozone? | ozone_formation_7147.png | question_images/ozone_formation_7147.png | Diagram Multiple Choice | a. Sun, b. Oxygen, c. Hydrogen, d. Carbon | b |
584 | DQ_000644 | air pollution | How many times does the sun appear in the image? | ozone_formation_7147.png | question_images/ozone_formation_7147.png | Diagram Multiple Choice | a. 1, b. 2, c. 3, d. 4 | a |
585 | DQ_000645 | air pollution | After energy is applied to the oxygen molecule, what happens? | ozone_formation_8143.png | question_images/ozone_formation_8143.png | Diagram Multiple Choice | a. Splits into 2 Oxygen atoms, b. Multiplies into 3 ozone atoms, c. Splits into 2 ozone molecule, d. Splits into 2 oxygen molecules | a |
586 | DQ_000646 | air pollution | What are the elements in an Oxygen atom? | ozone_formation_8143.png | question_images/ozone_formation_8143.png | Diagram Multiple Choice | a. Oxygen molecule, b. Energy, c. Ozone molecule, d. Neutron, Electron, Proton | d |
587 | DQ_000647 | air pollution | From how many differently named parts does the Oxygen atom consist of? | ozone_formation_8143.png | question_images/ozone_formation_8143.png | Diagram Multiple Choice | a. 2, b. 5, c. 3, d. 4 | c |
588 | DQ_000648 | air pollution | How many types of atom are shown in the picture? | ozone_formation_8143.png | question_images/ozone_formation_8143.png | Diagram Multiple Choice | a. 3, b. 4, c. 5, d. 2 | a |
589 | DQ_000649 | air pollution | Where do VOCs come from? | ozone_formation_9202.png | question_images/ozone_formation_9202.png | Diagram Multiple Choice | a. Radios, b. Hairspray, c. Televisions, d. Landfills | d |
590 | DQ_000650 | air pollution | How many atoms of Oxygen are present in an Ozone molecule? | ozone_formation_9202.png | question_images/ozone_formation_9202.png | Diagram Multiple Choice | a. 2, b. 1, c. 3, d. 4 | c |
591 | DQ_000651 | air pollution | UV radiation splits oxygen molecule into how many oxygen atoms? | ozone_formation_9202.png | question_images/ozone_formation_9202.png | Diagram Multiple Choice | a. 3, b. 4, c. 2, d. 5 | c |
592 | DQ_000652 | air pollution | What comes out when UV radiation hits oxygen molecules? | ozone_formation_9202.png | question_images/ozone_formation_9202.png | Diagram Multiple Choice | a. ozone molecule, b. oxygen atoms, c. hydrogen atoms, d. helium atoms | b |
593 | DQ_000653 | air pollution | In which step is ozone formed? | ozone_formation_9203.png | question_images/ozone_formation_9203.png | Diagram Multiple Choice | a. Step 5, b. Step 3, c. Step 2, d. Step 1 | b |
594 | DQ_000654 | air pollution | What is required to split an oxygen molecule? | ozone_formation_9203.png | question_images/ozone_formation_9203.png | Diagram Multiple Choice | a. O1, b. Ozone, c. oxidation, d. Applied energy | d |
595 | DQ_000655 | air pollution | How many steps are there in the oxygen-ozone cycle? | ozone_formation_9203.png | question_images/ozone_formation_9203.png | Diagram Multiple Choice | a. 2, b. 5, c. 3, d. 6 | b |
596 | DQ_000656 | air pollution | How many steps does the Oxygen-Ozone-Oxygen cycle have? | ozone_formation_9203.png | question_images/ozone_formation_9203.png | Diagram Multiple Choice | a. 5, b. 4, c. 3, d. 2 | a |
597 | DQ_000657 | air pollution | How is Ozone (O3) formed? | ozone_formation_9204.png | question_images/ozone_formation_9204.png | Diagram Multiple Choice | a. The Oxygen Molecule is split by electrical discharge, b. by smashing atoms together in machines known as particle accelerators, c. energised particles such as neutrinos and protons are released, d. neutrons collide with the common isotope of uranium | a |
598 | DQ_000658 | air pollution | What is the first thing that happens to the oxygen molecule? | ozone_formation_9204.png | question_images/ozone_formation_9204.png | Diagram Multiple Choice | a. ozone performing oxidation and decomposition functions, b. activated ozone, c. The oxygen molecule is split by electrical discharge, d. ozone is formed | c |
599 | DQ_000659 | air pollution | How many changes does an Oxygen molecule go through to become Activated Ozone? | ozone_formation_9204.png | question_images/ozone_formation_9204.png | Diagram Multiple Choice | a. 4, b. 2, c. 1, d. 3 | a |
Subsets and Splits