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1,600 | DQ_002618 | eclipses | How many types of shadow of the earth are there? | earth_eclipses_684.png | question_images/earth_eclipses_684.png | Diagram Multiple Choice | a. 5, b. 3, c. 2, d. 4 | c |
1,601 | DQ_002619 | eclipses | Identify the light source | earth_eclipses_686.png | question_images/earth_eclipses_686.png | Diagram Multiple Choice | a. Penumbra, b. Umbra, c. Sun, d. The Moon's Orbit | c |
1,602 | DQ_002620 | eclipses | During a total lunar eclipse, the moon travels completely inside where? | earth_eclipses_686.png | question_images/earth_eclipses_686.png | Diagram Multiple Choice | a. The Moon's Orbit, b. Earth's Penumbra, c. The Sun, d. Earth's Umbra | d |
1,603 | DQ_002621 | eclipses | How many moons are shown in the diagram? | earth_eclipses_686.png | question_images/earth_eclipses_686.png | Diagram Multiple Choice | a. 2, b. 3, c. 1, d. 4 | c |
1,604 | DQ_002622 | eclipses | What happens if the earth doesn't block the sun from the moon? | earth_eclipses_686.png | question_images/earth_eclipses_686.png | Diagram Multiple Choice | a. penumbra will be the darkest, b. There will be no lunar eclipse, c. umbra will be the darkest, d. there will be no solar eclipse | b |
1,605 | DQ_002623 | eclipses | In this lunar eclipse which body casts the shadow? | earth_eclipses_687.png | question_images/earth_eclipses_687.png | Diagram Multiple Choice | a. Earth, b. Comet, c. Sun, d. Moon | a |
1,606 | DQ_002624 | eclipses | How many angles are depicted here? | earth_eclipses_687.png | question_images/earth_eclipses_687.png | Diagram Multiple Choice | a. one, b. five, c. none, d. two | a |
1,607 | DQ_002625 | eclipses | How many parts of the solar system are shown? | earth_eclipses_687.png | question_images/earth_eclipses_687.png | Diagram Multiple Choice | a. 4, b. 2, c. 1, d. 3 | d |
1,608 | DQ_002626 | eclipses | What type of eclipse is demonstrated in the diagram? | earth_eclipses_687.png | question_images/earth_eclipses_687.png | Diagram Multiple Choice | a. Partial solar eclipse, b. Partial lunar eclipse, c. Total solar eclipse, d. Total lunar eclipse | d |
1,609 | DQ_002627 | eclipses | Identify the area that the moon travels through during a total lunar eclipse. | earth_eclipses_688.png | question_images/earth_eclipses_688.png | Diagram Multiple Choice | a. Penumbra, b. Sun, c. Umbra, d. Earth | c |
1,610 | DQ_002628 | eclipses | How many moons does Earth have? | earth_eclipses_688.png | question_images/earth_eclipses_688.png | Diagram Multiple Choice | a. 2, b. 3, c. 4, d. One | d |
1,611 | DQ_002629 | eclipses | How many types of shadow of the earth are there? | earth_eclipses_688.png | question_images/earth_eclipses_688.png | Diagram Multiple Choice | a. 5, b. 2, c. 3, d. 4 | b |
1,612 | DQ_002630 | eclipses | In a penumbral lunar eclipse, in which region is the moon in? | earth_eclipses_688.png | question_images/earth_eclipses_688.png | Diagram Multiple Choice | a. Andromeda, b. nebula, c. penumbra, d. umbra | c |
1,613 | DQ_002631 | eclipses | How many types of eclipses occur? | earth_eclipses_695.png | question_images/earth_eclipses_695.png | Diagram Multiple Choice | a. 3, b. 4, c. 2, d. 1 | a |
1,614 | DQ_002632 | eclipses | On the diagram C below, what will happen if the moon happened to be closer to the Earth? | earth_eclipses_695.png | question_images/earth_eclipses_695.png | Diagram Multiple Choice | a. Eclipse will become total, b. There will be to eclipse, c. Eclipse will be partial, d. Weather on earth will change dramatically | a |
1,615 | DQ_002633 | eclipses | In the following diagram, one can see that an eclipse has occurred because: | earth_eclipses_696.png | question_images/earth_eclipses_696.png | Diagram Multiple Choice | a. The Earth has passed into the moon's shadow, b. The moon has passed into the Earth's shadow, c. The moon has passed into the sun's shadow, d. The sun has passed into the moon's shadow | b |
1,616 | DQ_002634 | eclipses | How many planets are shown in the diagram? | earth_eclipses_696.png | question_images/earth_eclipses_696.png | Diagram Multiple Choice | a. 5, b. 3, c. 1, d. 2 | c |
1,617 | DQ_002635 | eclipses | In a total lunar eclipse, which region is the moon in? | earth_eclipses_696.png | question_images/earth_eclipses_696.png | Diagram Multiple Choice | a. umbra, b. penumbra, c. nebula, d. Andromeda | a |
1,618 | DQ_002636 | eclipses | Where does the moon have to be for a total lunar eclipse to occur? | earth_eclipses_696.png | question_images/earth_eclipses_696.png | Diagram Multiple Choice | a. Anywhere, b. Between the sun and earth, c. Penumbra, d. Umbra | d |
1,619 | DQ_002637 | eclipses | What is the full shadow called? | earth_eclipses_678.png | question_images/earth_eclipses_678.png | Diagram Multiple Choice | a. umbra, b. shadow, c. moon, d. penumbra | a |
1,620 | DQ_002638 | eclipses | What is the complete shadowing of the earth called? | earth_eclipses_688.png | question_images/earth_eclipses_688.png | Diagram Multiple Choice | a. shade, b. penumbra, c. umbra, d. eclipse | c |
1,621 | DQ_002639 | eclipses | How many types of eclipse are shown? | earth_eclipses_1686.png | question_images/earth_eclipses_1686.png | Diagram Multiple Choice | a. 4, b. 1, c. 2, d. 3 | c |
1,622 | DQ_002640 | eclipses | What is the shadowing of the planet from the sun called? | earth_eclipses_1689.png | question_images/earth_eclipses_1689.png | Diagram Multiple Choice | a. Earth, b. penumbra, c. umbra, d. shadow | c |
1,623 | DQ_002641 | greenhouse effect | What reduces the amount of energy that the earth gets? | greenhouse_effect_6939.png | question_images/greenhouse_effect_6939.png | Diagram Multiple Choice | a. The water, b. Green house gases, c. air, d. The atmosphere | d |
1,624 | DQ_002642 | greenhouse effect | How many directions does the sun's energy flow? | greenhouse_effect_6939.png | question_images/greenhouse_effect_6939.png | Diagram Multiple Choice | a. Three, b. Five, c. One, d. Two | d |
1,625 | DQ_002643 | greenhouse effect | The Greenhouse Effect consists of how many stages? | greenhouse_effect_6939.png | question_images/greenhouse_effect_6939.png | Diagram Multiple Choice | a. 2, b. 5, c. 3, d. 4 | d |
1,626 | DQ_002644 | greenhouse effect | Which of the following elements in the greenhouse effect cause the reabsorption of rays? | greenhouse_effect_6942.png | question_images/greenhouse_effect_6942.png | Diagram Multiple Choice | a. greenhouse gases, b. infra-red rays, c. atmosphere, d. sun | a |
1,627 | DQ_002645 | greenhouse effect | What is shown in the diagram? | greenhouse_effect_6943.png | question_images/greenhouse_effect_6943.png | Diagram Multiple Choice | a. Nuclear Energy, b. Green House Effect, c. Photosynthesis, d. Solar Power | b |
1,628 | DQ_002646 | greenhouse effect | How many processes are involved in the greenhouse effect diagram? | greenhouse_effect_6943.png | question_images/greenhouse_effect_6943.png | Diagram Multiple Choice | a. 3, b. 5, c. 2, d. 4 | d |
1,629 | DQ_002647 | greenhouse effect | What do greenhouse gases do? | greenhouse_effect_6943.png | question_images/greenhouse_effect_6943.png | Diagram Multiple Choice | a. Radiates gamma rays., b. Heats earth's surface., c. Traps heat., d. Reflects energy back into space. | c |
1,630 | DQ_002648 | greenhouse effect | Where is the solar energy reflected? | greenhouse_effect_6944.png | question_images/greenhouse_effect_6944.png | Diagram Multiple Choice | a. Earth, b. Space, c. Moon, d. Atmosphere | d |
1,631 | DQ_002649 | greenhouse effect | Which among the following causes the greenhouse effect? | greenhouse_effect_6944.png | question_images/greenhouse_effect_6944.png | Diagram Multiple Choice | a. Incoming Energy., b. Energy trapped in atmosphere., c. Reflected Energy., d. Outgoing Energy. | b |
1,632 | DQ_002650 | greenhouse effect | How many incoming sources of energy coming to Earth are there? | greenhouse_effect_6944.png | question_images/greenhouse_effect_6944.png | Diagram Multiple Choice | a. 1, b. 2, c. 4, d. 3 | a |
1,633 | DQ_002651 | greenhouse effect | How many sources of visible light are there in the diagram? | greenhouse_effect_6944.png | question_images/greenhouse_effect_6944.png | Diagram Multiple Choice | a. 1, b. 3, c. 4, d. 2 | a |
1,634 | DQ_002652 | greenhouse effect | What is visible light in this diagram termed as? | greenhouse_effect_6944.png | question_images/greenhouse_effect_6944.png | Diagram Multiple Choice | a. atmosphere, b. incoming energy, c. outgoing energy, d. reflected energy | b |
1,635 | DQ_002653 | greenhouse effect | What element of the greenhouse effect is directly affected by human beings? | greenhouse_effect_6947.png | question_images/greenhouse_effect_6947.png | Diagram Multiple Choice | a. Solar energy, b. Atmospheric heat, c. Greenhouse gases, d. Infrared head | c |
1,636 | DQ_002654 | greenhouse effect | How does solar energy contribute to the greenhouse effect? | greenhouse_effect_6947.png | question_images/greenhouse_effect_6947.png | Diagram Multiple Choice | a. It creates greenhouse gases., b. It heats the Earth's surface., c. It lets heat escape into space., d. It traps heat in the atmosphere. | b |
1,637 | DQ_002655 | greenhouse effect | What enters the atmosphere? | greenhouse_effect_6947.png | question_images/greenhouse_effect_6947.png | Diagram Multiple Choice | a. Greenhouse gases, b. Solar energy, c. Ultraviolet heat, d. Infrared heat | b |
1,638 | DQ_002656 | greenhouse effect | Steps of greenhouse effect | greenhouse_effect_6947.png | question_images/greenhouse_effect_6947.png | Diagram Multiple Choice | a. 4, b. 1, c. 5, d. 3 | d |
1,639 | DQ_002657 | greenhouse effect | What could happen if too much greenhouse gases accumulate in the atmosphere? | greenhouse_effect_6947.png | question_images/greenhouse_effect_6947.png | Diagram Multiple Choice | a. All heat might escape into space., b. The Earth might become too hot to support human life., c. Solar energy might not be able to penetrate the atmosphere., d. All light might become infrared light. | b |
1,640 | DQ_002658 | greenhouse effect | Where are located the gases related to global warming in the diagram shown below? | greenhouse_effect_6948.png | question_images/greenhouse_effect_6948.png | Diagram Multiple Choice | a. Atmosphere, b. Sun, c. Sea, d. Earth's Surface | a |
1,641 | DQ_002659 | greenhouse effect | In the Greenhouse Effect, what happens to most radiation? | greenhouse_effect_6948.png | question_images/greenhouse_effect_6948.png | Diagram Multiple Choice | a. it is absorbed and re-emitted in all directions, b. passes through the atmosphere, c. it is absorbed by the Earth's surface and warms it, d. is reflected by the Earth and the atmosphere | c |
1,642 | DQ_002660 | greenhouse effect | What is emitted by the Earth's surface? | greenhouse_effect_6948.png | question_images/greenhouse_effect_6948.png | Diagram Multiple Choice | a. ultraviolet fields, b. infrared radiation, c. solar radiation, d. gamma rays | b |
1,643 | DQ_002661 | greenhouse effect | What is absorbed by the earth's surface? | greenhouse_effect_6948.png | question_images/greenhouse_effect_6948.png | Diagram Multiple Choice | a. Sun, b. Light, c. Radiation, d. Water | c |
1,644 | DQ_002662 | greenhouse effect | How many arrows come from the sun in this diagram? | greenhouse_effect_6948.png | question_images/greenhouse_effect_6948.png | Diagram Multiple Choice | a. 4, b. 3, c. 1, d. 2 | d |
1,645 | DQ_002663 | greenhouse effect | What happens to the sun's energy in the greenhouse effect? | greenhouse_effect_6949.png | question_images/greenhouse_effect_6949.png | Diagram Multiple Choice | a. reflected by surface, b. reflected by atmosphere, c. escapes as radiation, d. absorbed by greenhouse gases | d |
1,646 | DQ_002664 | greenhouse effect | How many ways can the suns energy escape planet earth? | greenhouse_effect_6949.png | question_images/greenhouse_effect_6949.png | Diagram Multiple Choice | a. 1, b. 4, c. 3, d. 2 | c |
1,647 | DQ_002665 | greenhouse effect | What is the main source of energy in this diagram? | greenhouse_effect_6949.png | question_images/greenhouse_effect_6949.png | Diagram Multiple Choice | a. star, b. earth, c. sun, d. moon | c |
1,648 | DQ_002666 | greenhouse effect | What reflects the solar radiation? | greenhouse_effect_8086.png | question_images/greenhouse_effect_8086.png | Diagram Multiple Choice | a. Atmosphere, b. Earth, c. Clouds, d. Stars | a |
1,649 | DQ_002667 | greenhouse effect | Which label shows a process of energy emitted by the Sun? | greenhouse_effect_8086.png | question_images/greenhouse_effect_8086.png | Diagram Multiple Choice | a. Sun, b. Earth, c. Solar Radiation, d. Atmosphere | c |
1,650 | DQ_002668 | greenhouse effect | How many parts are shown in the diagram below? | greenhouse_effect_8086.png | question_images/greenhouse_effect_8086.png | Diagram Multiple Choice | a. 2, b. 1, c. 5, d. 4 | d |
1,651 | DQ_002669 | greenhouse effect | How much of the suns rays does our atmosphere prevent from passing? | greenhouse_effect_8086.png | question_images/greenhouse_effect_8086.png | Diagram Multiple Choice | a. all of it, b. some of it, c. none of it, d. most of it | d |
1,652 | DQ_002670 | greenhouse effect | What positive effect does infrared radiation have on the earth? | greenhouse_effect_8087.png | question_images/greenhouse_effect_8087.png | Diagram Multiple Choice | a. Keeps Earth sunny., b. Makes Earth windy., c. Keeps Earth cold., d. Keeps the earth warm enough to sustain life. | d |
1,653 | DQ_002671 | greenhouse effect | What is given off by the earth? | greenhouse_effect_8087.png | question_images/greenhouse_effect_8087.png | Diagram Multiple Choice | a. gamma rays, b. sunlight, c. microwave gases, d. infrared radiation | d |
1,654 | DQ_002672 | greenhouse effect | Almost all energy on Earth comes from what? | greenhouse_effect_8087.png | question_images/greenhouse_effect_8087.png | Diagram Multiple Choice | a. The sun, b. carbon dioxide, c. space, d. infrared radiation | a |
1,655 | DQ_002673 | greenhouse effect | What happens when sunlight passes through the atmosphere and warms the earth? | greenhouse_effect_8087.png | question_images/greenhouse_effect_8087.png | Diagram Multiple Choice | a. oxygen is produced, b. carbon dioxide is produced, c. infared radiation is absorbed by earth, d. infared radiation is given off by the earth | d |
1,656 | DQ_002674 | greenhouse effect | What is emitted by the Earth? | greenhouse_effect_8087.png | question_images/greenhouse_effect_8087.png | Diagram Multiple Choice | a. greenhouse effect, b. infrared radiation, c. sunlight, d. solar radiation | b |
1,657 | DQ_002675 | radioactive decay as a measure of age | What are the pink spheres in the diagram? | radioactive_decay_7513.png | question_images/radioactive_decay_7513.png | Diagram Multiple Choice | a. Radiaton, b. Energy, c. Atoms, d. Particles | d |
1,658 | DQ_002676 | radioactive decay as a measure of age | What three elements make up a radioactive atom? | radioactive_decay_7513.png | question_images/radioactive_decay_7513.png | Diagram Multiple Choice | a. Energy, radiation, particle, b. atom, c. ion, d. nucleus | a |
1,659 | DQ_002677 | radioactive decay as a measure of age | What is emitted when a Radioactive atom decays and loses a particle? | radioactive_decay_7513.png | question_images/radioactive_decay_7513.png | Diagram Multiple Choice | a. Radiation, b. Energy, c. Particle, d. Atom | b |
1,660 | DQ_002678 | radioactive decay as a measure of age | How many by products does a radioactive atom release? | radioactive_decay_7513.png | question_images/radioactive_decay_7513.png | Diagram Multiple Choice | a. 3, b. 4, c. 2, d. 1 | a |
1,661 | DQ_002679 | radioactive decay as a measure of age | Radioactive atoms produce what type of Energy? | radioactive_decay_7513.png | question_images/radioactive_decay_7513.png | Diagram Multiple Choice | a. Radiation, b. Mechanical, c. Chemical, d. Physical | a |
1,662 | DQ_002680 | radioactive decay as a measure of age | What is derived from a Radioactive Atom? | radioactive_decay_7513.png | question_images/radioactive_decay_7513.png | Diagram Multiple Choice | a. Energy, b. Radiation, c. Heat, d. Cells | a |
1,663 | DQ_002681 | radioactive decay as a measure of age | Where does the separated particle go after leaving the parent nucleus? | radioactive_decay_7516.png | question_images/radioactive_decay_7516.png | Diagram Multiple Choice | a. daughter nucleus, b. a particle, c. parent nucleus, d. uranium-238 | a |
1,664 | DQ_002682 | radioactive decay as a measure of age | Identify the phenomenon illustrated in the figure. | radioactive_decay_7518.png | question_images/radioactive_decay_7518.png | Diagram Multiple Choice | a. Radioactivity, b. Carbon-14 dating, c. Nitrogen-14 decay, d. Carbon-14 decay | d |
1,665 | DQ_002683 | radioactive decay as a measure of age | How many nuclei are there? | radioactive_decay_7518.png | question_images/radioactive_decay_7518.png | Diagram Multiple Choice | a. 5, b. 3, c. 4, d. 2 | d |
1,666 | DQ_002684 | radioactive decay as a measure of age | What makes up the parent nucleus? | radioactive_decay_7518.png | question_images/radioactive_decay_7518.png | Diagram Multiple Choice | a. daughter, b. alpha, c. particles, d. aplha particle and daughter nucleus | a |
1,667 | DQ_002685 | radioactive decay as a measure of age | A parent nucleus splits into which parts? | radioactive_decay_7518.png | question_images/radioactive_decay_7518.png | Diagram Multiple Choice | a. gamma and beta particles, b. muon and tau particles, c. gold and silver particles, d. alpha particle and daughter nucleus | d |
1,668 | DQ_002686 | radioactive decay as a measure of age | The parent nucleus breaks down into a daughter nucleus and what? | radioactive_decay_7518.png | question_images/radioactive_decay_7518.png | Diagram Multiple Choice | a. ion, b. alpha particle, c. gamma particle, d. beta particle | b |
1,669 | DQ_002687 | radioactive decay as a measure of age | What energy is released from radioactive alpha decay? | radioactive_decay_7519.png | question_images/radioactive_decay_7519.png | Diagram Multiple Choice | a. gamma, b. nu, c. beta, d. chi | a |
1,670 | DQ_002688 | radioactive decay as a measure of age | How many elements are shown? | radioactive_decay_7519.png | question_images/radioactive_decay_7519.png | Diagram Multiple Choice | a. 2, b. 3, c. 4, d. 1 | d |
1,671 | DQ_002689 | radioactive decay as a measure of age | How many protons is in the alpha particle? | radioactive_decay_7519.png | question_images/radioactive_decay_7519.png | Diagram Multiple Choice | a. 1, b. 4, c. 3, d. 2 | d |
1,672 | DQ_002690 | radioactive decay as a measure of age | What does the red circle represent? | radioactive_decay_7519.png | question_images/radioactive_decay_7519.png | Diagram Multiple Choice | a. Electron, b. Neutron, c. Proton, d. Gamma | c |
1,673 | DQ_002691 | radioactive decay as a measure of age | Which rays are given out by splitting of Uranium in the diagram? | radioactive_decay_7519.png | question_images/radioactive_decay_7519.png | Diagram Multiple Choice | a. Proton, b. Decay, c. Alpha, d. Gamma | d |
1,674 | DQ_002692 | radioactive decay as a measure of age | This type of particle is produced from the process of alpha decay. | radioactive_decay_7521.png | question_images/radioactive_decay_7521.png | Diagram Multiple Choice | a. Alpha particle, b. Proton, c. Nucleus, d. Gamma particle | a |
1,675 | DQ_002693 | radioactive decay as a measure of age | Nucleus comprises how many elements? | radioactive_decay_7521.png | question_images/radioactive_decay_7521.png | Diagram Multiple Choice | a. 2, b. 1, c. 3, d. 4 | a |
1,676 | DQ_002694 | radioactive decay as a measure of age | What makes up a nucleus? | radioactive_decay_7521.png | question_images/radioactive_decay_7521.png | Diagram Multiple Choice | a. nucleus with 2 fewer protons and 2 fewer neutrons, b. neutron and proton, c. alpha partical, d. neurons and protons | b |
1,677 | DQ_002695 | radioactive decay as a measure of age | What is the Nucleus with the fewer protons and neutrons called? | radioactive_decay_7521.png | question_images/radioactive_decay_7521.png | Diagram Multiple Choice | a. Isotope, b. Daughter, c. Proton, d. Alpha particle | b |
1,678 | DQ_002696 | radioactive decay as a measure of age | After alpha decay, Am-241 turns into alpha particle and what? | radioactive_decay_7522.png | question_images/radioactive_decay_7522.png | Diagram Multiple Choice | a. Rd-231, b. F-8, c. Np-237, d. Th-225 | c |
1,679 | DQ_002697 | radioactive decay as a measure of age | Am-241 combined with what forms an alpha particle? | radioactive_decay_7522.png | question_images/radioactive_decay_7522.png | Diagram Multiple Choice | a. none, b. Np-237, c. neutron, d. proton | b |
1,680 | DQ_002698 | radioactive decay as a measure of age | What is an atom of neptunium 237 plus an alpha particle? | radioactive_decay_7522.png | question_images/radioactive_decay_7522.png | Diagram Multiple Choice | a. A beta particle, b. An atom of neptunium 239, c. Nothing, d. An atom of americium 241 | d |
1,681 | DQ_002699 | radioactive decay as a measure of age | How many stages are shown in the diagram? | radioactive_decay_7522.png | question_images/radioactive_decay_7522.png | Diagram Multiple Choice | a. 2, b. 1, c. 4, d. 3 | d |
1,682 | DQ_002700 | radioactive decay as a measure of age | What is expelled when Am-241 becomes Np-237? | radioactive_decay_7522.png | question_images/radioactive_decay_7522.png | Diagram Multiple Choice | a. delta particle, b. beta particle, c. god particle, d. alpha particle | d |
1,683 | DQ_002701 | radioactive decay as a measure of age | How many elements are shown? | radioactive_decay_8169.png | question_images/radioactive_decay_8169.png | Diagram Multiple Choice | a. 5, b. 3, c. 2, d. 4 | c |
1,684 | DQ_002702 | radioactive decay as a measure of age | Nucleus is composed of how many elements? | radioactive_decay_8169.png | question_images/radioactive_decay_8169.png | Diagram Multiple Choice | a. 3, b. 2, c. 1, d. 4 | b |
1,685 | DQ_002703 | radioactive decay as a measure of age | What does the blue circle represent? | radioactive_decay_8169.png | question_images/radioactive_decay_8169.png | Diagram Multiple Choice | a. Radiation, b. Proton, c. Neutron, d. Nucleus | c |
1,686 | DQ_002704 | radioactive decay as a measure of age | After the parent splits into the daughter and? | radioactive_decay_8170.png | question_images/radioactive_decay_8170.png | Diagram Multiple Choice | a. Daughter, b. Parent, c. All three, d. The Alpha | d |
1,687 | DQ_002705 | radioactive decay as a measure of age | How is an element defined? | radioactive_decay_8170.png | question_images/radioactive_decay_8170.png | Diagram Multiple Choice | a. Number of electrons it contains, b. Number of neutrons it contains, c. Number of atoms, d. Number of protons it contains | d |
1,688 | DQ_002706 | radioactive decay as a measure of age | What is daughter in the diagram? | radioactive_decay_8170.png | question_images/radioactive_decay_8170.png | Diagram Multiple Choice | a. proton, b. neutron, c. unstable isotope, d. stable isotope | d |
1,689 | DQ_002707 | radioactive decay as a measure of age | How many alpha particles are produced by the decay diagram? | radioactive_decay_8170.png | question_images/radioactive_decay_8170.png | Diagram Multiple Choice | a. 3, b. 1, c. 2, d. 4 | b |
1,690 | DQ_002708 | radioactive decay as a measure of age | What is happens when an alpha particle leaves? | radioactive_decay_8170.png | question_images/radioactive_decay_8170.png | Diagram Multiple Choice | a. Neutron, b. Proton, c. Isotope, d. The parent decays | d |
1,691 | DQ_002709 | radioactive decay as a measure of age | This process involves the release of energy from a high energy atom with no change in the number of protons or neutrons. | radioactive_decay_8171.png | question_images/radioactive_decay_8171.png | Diagram Multiple Choice | a. Alpha decay, b. I don't know, c. Gamma Decay, d. Beta decay | c |
1,692 | DQ_002710 | radioactive decay as a measure of age | What is shown in the diagram? | radioactive_decay_8171.png | question_images/radioactive_decay_8171.png | Diagram Multiple Choice | a. Nuclear Energy, b. Gamma Decay, c. Solar Power, d. Energy Release | b |
1,693 | DQ_002711 | radioactive decay as a measure of age | From the diagram, what happens to the energy in a high energy atom after gamma decay? | radioactive_decay_8171.png | question_images/radioactive_decay_8171.png | Diagram Multiple Choice | a. both high and low energy wave released, b. high energy gamma wave released, c. no change to energy, d. low energy gamma wave released | b |
1,694 | DQ_002712 | radioactive decay as a measure of age | What element represents He? | radioactive_decay_8172.png | question_images/radioactive_decay_8172.png | Diagram Multiple Choice | a. Sodium, b. Titanium, c. Chlorine, d. Helium | d |
1,695 | DQ_002713 | radioactive decay as a measure of age | During Alpha Decay, Ra breaks down into which one of two elements? | radioactive_decay_8172.png | question_images/radioactive_decay_8172.png | Diagram Multiple Choice | a. O, b. N, c. He, d. H | c |
1,696 | DQ_002714 | radioactive decay as a measure of age | What leads to the formation of radium? | radioactive_decay_8172.png | question_images/radioactive_decay_8172.png | Diagram Multiple Choice | a. radon and carbon, b. hafnium and radon, c. carbon and helium, d. radon and helium | d |
1,697 | DQ_002715 | radioactive decay as a measure of age | How many protons are lost based on below diagram? | radioactive_decay_8172.png | question_images/radioactive_decay_8172.png | Diagram Multiple Choice | a. 88, b. 86, c. 2, d. 4 | c |
1,698 | DQ_002716 | radioactive decay as a measure of age | During this decay what happens to the atomic mass? | radioactive_decay_8172.png | question_images/radioactive_decay_8172.png | Diagram Multiple Choice | a. It increases, b. It decreases., c. It multiplys, d. It stays the same | b |
1,699 | DQ_002717 | radioactive decay as a measure of age | Ra becomes Rn and what after Alpha Decay? | radioactive_decay_8172.png | question_images/radioactive_decay_8172.png | Diagram Multiple Choice | a. Rb, b. Xe, c. He, d. Ar | c |
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