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6,100 | DQ_012174 | law of reflection | Identify the system drawn above. | optics_ray_diagrams_9170.png | question_images/optics_ray_diagrams_9170.png | Diagram Multiple Choice | a. Concave Lens, b. Mirror, c. Convex Lens, d. Reflection | d |
6,101 | DQ_012175 | law of reflection | What plane does an object cross over to become an image? | optics_ray_diagrams_9170.png | question_images/optics_ray_diagrams_9170.png | Diagram Multiple Choice | a. Regular Plane, b. Object Plane, c. Image Plane, d. Principal Plane | d |
6,102 | DQ_012176 | law of reflection | What do you call a plane that is perpendicular to the axis of a lens, mirror, or other optical system? | optics_ray_diagrams_9170.png | question_images/optics_ray_diagrams_9170.png | Diagram Multiple Choice | a. Focal Plane, b. Principal Plane, c. Plane of an Image, d. Objective Plane | b |
6,103 | DQ_012177 | law of reflection | What is the point in space where parallel light rays meet after passing through the lens or bouncing off the mirror? | optics_ray_diagrams_9171.png | question_images/optics_ray_diagrams_9171.png | Diagram Multiple Choice | a. convex lens, b. image, c. focal point, d. principal axis | c |
6,104 | DQ_012178 | law of reflection | What's the purpose of a convex lens? | optics_ray_diagrams_9171.png | question_images/optics_ray_diagrams_9171.png | Diagram Multiple Choice | a. To switch an image's orientation, b. To spread apart the rays of light that go through it, c. To make objects look smaller, d. To bring together the rays of light that pass through the lens | d |
6,105 | DQ_012179 | law of reflection | What is the distance between the len and the image formed? | optics_ray_diagrams_9171.png | question_images/optics_ray_diagrams_9171.png | Diagram Multiple Choice | a. F, b. Dh_ = do_+h_, c. D, d. Do | c |
6,106 | DQ_012180 | law of reflection | How many focal points are there? | optics_ray_diagrams_9171.png | question_images/optics_ray_diagrams_9171.png | Diagram Multiple Choice | a. 3, b. 4, c. 1, d. 2 | d |
6,107 | DQ_012181 | law of reflection | The distance between object and image equals to: | optics_ray_diagrams_9172.png | question_images/optics_ray_diagrams_9172.png | Diagram Multiple Choice | a. u+v, b. C, c. F_+F_, d. u-v | a |
6,108 | DQ_012182 | law of reflection | How many rays pass through the lens without refraction? | optics_ray_diagrams_9173.png | question_images/optics_ray_diagrams_9173.png | Diagram Multiple Choice | a. 4, b. 1, c. 3, d. 2 | b |
6,109 | DQ_012183 | law of reflection | Why does the ray 1 go straight through the lens at its center? | optics_ray_diagrams_9174.png | question_images/optics_ray_diagrams_9174.png | Diagram Multiple Choice | a. For reference, b. Because the lens has no thickness, c. Because it's a convex lens, d. Because it's a concave lens | b |
6,110 | DQ_012184 | law of reflection | How many points does the object rays have to intersect in the image plane after refraction to achieve focus? | optics_ray_diagrams_9174.png | question_images/optics_ray_diagrams_9174.png | Diagram Multiple Choice | a. 3, b. 4, c. 2, d. 1 | d |
6,111 | DQ_012185 | law of reflection | The image produces are? | optics_ray_diagrams_9175.png | question_images/optics_ray_diagrams_9175.png | Diagram Multiple Choice | a. Inverted and Magnified, b. Upright and Smaller, c. Upright and Magnified, d. Inverted and Smaller | a |
6,112 | DQ_012186 | law of reflection | Where should the object be placed in front of a double convex lens to form a real image? | optics_ray_diagrams_9175.png | question_images/optics_ray_diagrams_9175.png | Diagram Multiple Choice | a. At the focal point (f), b. All of the above, c. In front of the focal point (f), d. Beyond the focal point (f) | d |
6,113 | DQ_012187 | law of reflection | How many items are labeled in the diagram? | optics_ray_diagrams_9175.png | question_images/optics_ray_diagrams_9175.png | Diagram Multiple Choice | a. 4, b. 5, c. 2, d. 3 | c |
6,114 | DQ_012188 | law of reflection | The focal length is known as what symbol? | optics_ray_diagrams_9176.png | question_images/optics_ray_diagrams_9176.png | Diagram Multiple Choice | a. #, b. f, c. @, d. h | b |
6,115 | DQ_012189 | law of reflection | Which geometrical figure is formed in between ho, hl and ho where is hl=0? | optics_ray_diagrams_9176.png | question_images/optics_ray_diagrams_9176.png | Diagram Multiple Choice | a. Triangle, b. Square, c. Circle, d. Rectangle | a |
6,116 | DQ_012190 | law of reflection | What is the distance between the lens and the image sensor when the subject is in focus? | optics_ray_diagrams_9176.png | question_images/optics_ray_diagrams_9176.png | Diagram Multiple Choice | a. Focal Length, b. Point, c. Focus Point, d. Focal Point | a |
6,117 | DQ_012191 | law of reflection | What is the distance between the image and object? | optics_ray_diagrams_9177.png | question_images/optics_ray_diagrams_9177.png | Diagram Multiple Choice | a. o, b. f, c. i, d. j | b |
6,118 | DQ_012192 | law of reflection | How many parts are labeled in the diagram? | optics_ray_diagrams_9177.png | question_images/optics_ray_diagrams_9177.png | Diagram Multiple Choice | a. 2, b. 4, c. 5, d. 3 | a |
6,119 | DQ_012193 | law of reflection | Would the image formed be erect? | optics_ray_diagrams_9177.png | question_images/optics_ray_diagrams_9177.png | Diagram Multiple Choice | a. Yes, b. Data Insufficient, c. Can't say, d. No | a |
6,120 | DQ_012194 | law of reflection | If the angle of incidence is increased what will happen to the angle of reflection? | optics_reflection_9178.png | question_images/optics_reflection_9178.png | Diagram Multiple Choice | a. Angle of reflection will increase by a greater degree, b. Angle of reflection will remain the same, c. Angle of reflection will increase by the same degree, d. Angle of reflection will decrease | c |
6,121 | DQ_012195 | law of reflection | What causes the reflected ray? | optics_reflection_9180.png | question_images/optics_reflection_9180.png | Diagram Multiple Choice | a. The incident ray bouncing off the surface, b. The angle of incidence bouncing off the surface, c. Depends on the angle of the ray that bounces off the surface, d. On the angle of reflection | a |
6,122 | DQ_012196 | law of reflection | If the angle of incidence in the diagram increases, what would happen to angle of reflection? | optics_reflection_9180.png | question_images/optics_reflection_9180.png | Diagram Multiple Choice | a. angle of reflection also increases, b. not enough information, c. angle of reflection decreases, d. no change in angle of reflection | a |
6,123 | DQ_012197 | law of reflection | Which angle is the result of a reflected ray? | optics_reflection_9180.png | question_images/optics_reflection_9180.png | Diagram Multiple Choice | a. Angle of Reflection, b. Incident Ray, c. None, d. Angle of Incidence | a |
6,124 | DQ_012198 | law of reflection | If an is the incident ray angle, |a| its absolute value and b the reflected ray angle, what would be |b|? | optics_reflection_9181.png | question_images/optics_reflection_9181.png | Diagram Multiple Choice | a. |b|=|a|, b. |b|=|a|*sin(a), c. |b|=-|a|, d. |b|=|a|^(-1) | a |
6,125 | DQ_012199 | law of reflection | How many rays are shown in the figure? | optics_reflection_9181.png | question_images/optics_reflection_9181.png | Diagram Multiple Choice | a. 4, b. 1, c. 3, d. 2 | c |
6,126 | DQ_012200 | law of reflection | How many reflected rays are in the diagram? | optics_reflection_9181.png | question_images/optics_reflection_9181.png | Diagram Multiple Choice | a. 3, b. 2, c. 1, d. none | c |
6,127 | DQ_012201 | law of reflection | As the diagram shows, the angle of incidence is always equal to which of the following? | optics_reflection_9182.png | question_images/optics_reflection_9182.png | Diagram Multiple Choice | a. The mirror angle, b. The normal angle, c. The angle of reflection, d. The ray angle | c |
6,128 | DQ_012202 | law of reflection | What light is bounced from the mirror? | optics_reflection_9182.png | question_images/optics_reflection_9182.png | Diagram Multiple Choice | a. normal, b. reflected ray, c. microwave, d. incident ray | b |
6,129 | DQ_012203 | law of reflection | How many arrows show the path of light? | optics_reflection_9184.png | question_images/optics_reflection_9184.png | Diagram Multiple Choice | a. 4, b. 1, c. 3, d. 2 | c |
6,130 | DQ_012204 | law of reflection | How many reflected rays for one incident ray? | optics_reflection_9184.png | question_images/optics_reflection_9184.png | Diagram Multiple Choice | a. 4, b. 2, c. 3, d. 1 | d |
6,131 | DQ_012205 | law of reflection | What measures the light falling on your subject? | optics_reflection_9184.png | question_images/optics_reflection_9184.png | Diagram Multiple Choice | a. Water, b. Incident Light, c. Air, d. Reflected Light | b |
6,132 | DQ_012206 | law of reflection | How many angles/s of reflection does the figure show? | optics_reflection_9185.png | question_images/optics_reflection_9185.png | Diagram Multiple Choice | a. 3, b. 4, c. 1, d. 2 | c |
6,133 | DQ_012207 | law of reflection | How many angles there are? | optics_reflection_9185.png | question_images/optics_reflection_9185.png | Diagram Multiple Choice | a. 4, b. 5, c. 1, d. 3 | d |
6,134 | DQ_012208 | law of reflection | If the angle of Incidence is made larger how would it affect the reflected ray? | optics_reflection_9185.png | question_images/optics_reflection_9185.png | Diagram Multiple Choice | a. It would become smaller, b. It would become larger by the same amount., c. It would disappear, d. It would stay the same | b |
6,135 | DQ_012209 | law of reflection | What is this diagram all about? | optics_reflection_9186.png | question_images/optics_reflection_9186.png | Diagram Multiple Choice | a. Light, b. Optics, c. Rays, d. Energy | b |
6,136 | DQ_012210 | law of reflection | How many reflected rays are shown in the diagram? | optics_reflection_9187.png | question_images/optics_reflection_9187.png | Diagram Multiple Choice | a. 3, b. 1, c. 2, d. 4 | d |
6,137 | DQ_012211 | law of reflection | Would this surface give a reflection? | optics_reflection_9187.png | question_images/optics_reflection_9187.png | Diagram Multiple Choice | a. Yes, b. Not enough information to know., c. Probably, d. No | d |
6,138 | DQ_012212 | law of reflection | What rays reflect off of a surface? | optics_reflection_9188.png | question_images/optics_reflection_9188.png | Diagram Multiple Choice | a. Direct Rays, b. Incident Rays, c. Reflected Rays, d. Indirect Rays | c |
6,139 | DQ_012213 | law of reflection | How many arrows are going in for letter a? | optics_reflection_9188.png | question_images/optics_reflection_9188.png | Diagram Multiple Choice | a. 4, b. 2, c. 3, d. 5 | a |
6,140 | DQ_012214 | law of reflection | Which shows a regular reflection? | optics_reflection_9188.png | question_images/optics_reflection_9188.png | Diagram Multiple Choice | a. C, b. A, c. A and B, d. B | b |
6,141 | DQ_012215 | law of reflection | What does the angle of incidence equal? | optics_reflection_9189.png | question_images/optics_reflection_9189.png | Diagram Multiple Choice | a. mirror, b. Reflected Ray, c. incident ray, d. Angle of Reflection | d |
6,142 | DQ_012216 | law of reflection | When an incident ray is reflected on a mirror, what is the resulting ray called? | optics_reflection_9189.png | question_images/optics_reflection_9189.png | Diagram Multiple Choice | a. Reflected ray, b. Normal ray, c. Ray of incidence, d. Mirrored ray | a |
6,143 | DQ_012217 | law of reflection | How many angles are at play when light hits a mirror? | optics_reflection_9189.png | question_images/optics_reflection_9189.png | Diagram Multiple Choice | a. 2, b. 4, c. 3, d. 1 | a |
6,144 | DQ_012218 | law of reflection | Why does reflection of an object in the mirror appear to have the same distance from the mirror as the object is from the mirror? | optics_reflection_9189.png | question_images/optics_reflection_9189.png | Diagram Multiple Choice | a. because the object is in front of the mirror, b. because the angle of incidence is always the same as the angle of reflection on a flat mirror, c. because the mirror reflects the all lights that shine on it, d. because the reflection is the same size of the object | b |
6,145 | DQ_012219 | law of reflection | Identify the reflective rays | optics_reflection_19183.png | abc_question_images/optics_reflection_19183.png | Diagram Multiple Choice | a. w, b. t, c. k, d. D | a |
6,146 | DQ_012220 | nucleic acid classification | What is the term for connected sugar, phosphate group and protein? | dna_6760.png | question_images/dna_6760.png | Diagram Multiple Choice | a. hydrogen bond, b. deoxyribose, c. nucleotide, d. sugar-phosphate backbone | c |
6,147 | DQ_012221 | nucleic acid classification | Which component of DNA link adjacent nucleotides together? | dna_6760.png | question_images/dna_6760.png | Diagram Multiple Choice | a. Hydrogen bond, b. Sugar, c. Phosphate group, d. Adenine | c |
6,148 | DQ_012222 | nucleic acid classification | A DNA strand with the sequence ACTTAGGCAAC is transcribed. What is the sequence of the mRNA molecule synthesized? | dna_6760.png | question_images/dna_6760.png | Diagram Multiple Choice | a. TUAATCCUTTC, b. TGAATCCGTTG, c. UGUUUCCGUUG, d. UGAAUCCGUUG | d |
6,149 | DQ_012223 | nucleic acid classification | Which is the sugar you can find on DNA? | dna_6760.png | question_images/dna_6760.png | Diagram Multiple Choice | a. Deoxyribose, b. It's only proteic., c. Phosphate, d. Ribose | a |
6,150 | DQ_012224 | nucleic acid classification | What amino acids can't be paired together? | dna_6760.png | question_images/dna_6760.png | Diagram Multiple Choice | a. C and G, b. A and T, c. T and A, d. C and A | d |
6,151 | DQ_012225 | nucleic acid classification | What does the green label mean? | dna_6761.png | question_images/dna_6761.png | Diagram Multiple Choice | a. Thymine, b. Adenine, c. Cytosine, d. Guanine | b |
6,152 | DQ_012226 | nucleic acid classification | What is one of the four nucleobases in the nucleic acid of DNA that are represented by the letters GCAT? | dna_6761.png | question_images/dna_6761.png | Diagram Multiple Choice | a. Cytosine, b. Guanine, c. Thymine, d. Adenine | c |
6,153 | DQ_012227 | nucleic acid classification | Identify the nitrogenous base that uses two hydrogen bonds to pair with Adenine. | dna_6761.png | question_images/dna_6761.png | Diagram Multiple Choice | a. Thymine, b. Guanine, c. Cytosine, d. Phosphate | a |
6,154 | DQ_012228 | nucleic acid classification | Which of the following bonds to Thymine? | dna_6761.png | question_images/dna_6761.png | Diagram Multiple Choice | a. Cytosine, b. Guanine, c. Adenine, d. Hydrogen | c |
6,155 | DQ_012229 | nucleic acid classification | How many amino-acids are there in the DNA? | dna_6761.png | question_images/dna_6761.png | Diagram Multiple Choice | a. 3, b. 4, c. 5, d. 6 | b |
6,156 | DQ_012230 | nucleic acid classification | Identify the complimentary base pair for Adenine? | dna_6761.png | question_images/dna_6761.png | Diagram Multiple Choice | a. Cytosine, b. Thymine., c. Deoxyribose, d. Guanine | b |
6,157 | DQ_012231 | nucleic acid classification | What do the small dots symbolize in the centers of protein synthesis? | dna_6761.png | question_images/dna_6761.png | Diagram Multiple Choice | a. Adenine, b. Cytosine, c. Hydrogen bond, d. Thymine | c |
6,158 | DQ_012232 | nucleic acid classification | How many DNAs are represented in the diagram below? | dna_6762.png | question_images/dna_6762.png | Diagram Multiple Choice | a. 3, b. 1, c. 2, d. 4 | a |
6,159 | DQ_012233 | nucleic acid classification | How many nitrogenous bases does the DNA possess? | dna_6762.png | question_images/dna_6762.png | Diagram Multiple Choice | a. 5, b. 4, c. 6, d. 3 | b |
6,160 | DQ_012234 | nucleic acid classification | How many times did the parental DNA split in this diagram? | dna_6762.png | question_images/dna_6762.png | Diagram Multiple Choice | a. 4 times, b. twice, c. once, d. 3 times | c |
6,161 | DQ_012235 | nucleic acid classification | How many daughter DNA are there? | dna_6762.png | question_images/dna_6762.png | Diagram Multiple Choice | a. two, b. four, c. one, d. three | a |
6,162 | DQ_012236 | nucleic acid classification | What does the blue color represent on the diagram? | dna_6764.png | question_images/dna_6764.png | Diagram Multiple Choice | a. Thymine, b. Adenine, c. Cytosine, d. Guanine | d |
6,163 | DQ_012237 | nucleic acid classification | How many parts of the DNA are shown? | dna_6764.png | question_images/dna_6764.png | Diagram Multiple Choice | a. 3, b. 5, c. 2, d. 4 | b |
6,164 | DQ_012238 | nucleic acid classification | What binds to cytosine? | dna_6764.png | question_images/dna_6764.png | Diagram Multiple Choice | a. Cytosine., b. Adenine., c. Thymine., d. Guanine. | d |
6,165 | DQ_012239 | nucleic acid classification | Cytosine always bonds with which of the following? | dna_6766.png | question_images/dna_6766.png | Diagram Multiple Choice | a. Adenine, b. Thymine, c. Sugar Phosphate, d. Guanine | d |
6,166 | DQ_012240 | nucleic acid classification | What base pairs with adenine? | dna_6766.png | question_images/dna_6766.png | Diagram Multiple Choice | a. Serine, b. Cytosine, c. Guanine, d. Thymine | d |
6,167 | DQ_012241 | nucleic acid classification | What does cytosine bond with to make a complementary base pair? | dna_6766.png | question_images/dna_6766.png | Diagram Multiple Choice | a. Adenine, b. Sugar phosphate, c. Guanine, d. Thymine | c |
6,168 | DQ_012242 | nucleic acid classification | How many base pairs are there? | dna_6766.png | question_images/dna_6766.png | Diagram Multiple Choice | a. 2, b. 3, c. 1, d. 4 | d |
6,169 | DQ_012243 | nucleic acid classification | In a DNA strand, which material holds all the base pairs together? | dna_6766.png | question_images/dna_6766.png | Diagram Multiple Choice | a. adenine, b. guanine, c. sugar phosphate, d. cytosine | c |
6,170 | DQ_012244 | nucleic acid classification | In protein synthesis, what is the long twisted tubing called? | dna_6766.png | question_images/dna_6766.png | Diagram Multiple Choice | a. Adenine, b. Cytosine, c. Sugar phosphate, d. Thymine | c |
6,171 | DQ_012245 | nucleic acid classification | Which nucleobase is labeled with a G? | dna_6767.png | question_images/dna_6767.png | Diagram Multiple Choice | a. Uracil, b. Adenine, c. Guanine, d. Cytosine | c |
6,172 | DQ_012246 | nucleic acid classification | How many helixes are used to build DNA? | dna_6767.png | question_images/dna_6767.png | Diagram Multiple Choice | a. 1, b. 2, c. 4, d. 3 | b |
6,173 | DQ_012247 | nucleic acid classification | Which base pairs with cytosine? | dna_6767.png | question_images/dna_6767.png | Diagram Multiple Choice | a. Cytosine, b. Adenine, c. Thymine, d. Guanine | d |
6,174 | DQ_012248 | nucleic acid classification | How many pairings of nucleobases are possible in DNA? | dna_6767.png | question_images/dna_6767.png | Diagram Multiple Choice | a. 4, b. 1, c. 3, d. 2 | d |
6,175 | DQ_012249 | nucleic acid classification | How many types of nucleobases of RNA are there? | dna_6767.png | question_images/dna_6767.png | Diagram Multiple Choice | a. 5, b. 3, c. 2, d. 4 | d |
6,176 | DQ_012250 | nucleic acid classification | In a DNA strand, which material holds all the base pairs together? | dna_6767.png | question_images/dna_6767.png | Diagram Multiple Choice | a. thymine, b. cytosine, c. guanine, d. sugar-phosphates | d |
6,177 | DQ_012251 | nucleic acid classification | Can you identify the phosphate backbone on this diagram? | dna_6769.png | question_images/dna_6769.png | Diagram Multiple Choice | a. A, b. 3, c. 1, d. 2 | c |
6,178 | DQ_012252 | nucleic acid classification | How many parts of the DNA are shown? | dna_6769.png | question_images/dna_6769.png | Diagram Multiple Choice | a. 2, b. 3, c. 1, d. 4 | b |
6,179 | DQ_012253 | nucleic acid classification | In the diagram, C (cytosine) is what type of material? | dna_6771.png | question_images/dna_6771.png | Diagram Multiple Choice | a. Sugar phosphate, b. Nitrogenous base, c. Minor groove, d. Major groove | b |
6,180 | DQ_012254 | nucleic acid classification | How many types of nucleobases are found in DNA? | dna_6771.png | question_images/dna_6771.png | Diagram Multiple Choice | a. Five, b. Four, c. Two, d. Three | b |
6,181 | DQ_012255 | nucleic acid classification | How much width does the DNA structure have? | dna_6771.png | question_images/dna_6771.png | Diagram Multiple Choice | a. 1nm, b. 3nm, c. 2nm, d. 4nm | c |
6,182 | DQ_012256 | nucleic acid classification | What comes between nitrogenous bases and the minor groove? | dna_6771.png | question_images/dna_6771.png | Diagram Multiple Choice | a. Complex groove, b. major groove, c. DNA structure, d. sugar phosphate backbone | b |
6,183 | DQ_012257 | nucleic acid classification | What is the width of a Deoxyribonucleic Acid? | dna_6771.png | question_images/dna_6771.png | Diagram Multiple Choice | a. 0.34 nanometers., b. 2 nanometers., c. 1 nanometer., d. 3.4 nanometers. | b |
6,184 | DQ_012258 | nucleic acid classification | Which is the base pair of guanine? | dna_8051.png | question_images/dna_8051.png | Diagram Multiple Choice | a. Thymine, b. Adenine, c. Sugar Phosphate Backbone, d. Cytosine | d |
6,185 | DQ_012259 | nucleic acid classification | What is thiamine paired with? | dna_8051.png | question_images/dna_8051.png | Diagram Multiple Choice | a. cytosine, b. phosphate, c. Adenine, d. guanine | c |
6,186 | DQ_012260 | nucleic acid classification | What makes a base pair with cytosine? | dna_8051.png | question_images/dna_8051.png | Diagram Multiple Choice | a. sugar phosphate, b. thymine, c. adenine, d. guanine | d |
6,187 | DQ_012261 | nucleic acid classification | How many base pairs are there as shown? | dna_8051.png | question_images/dna_8051.png | Diagram Multiple Choice | a. four, b. two, c. one, d. three | c |
6,188 | DQ_012262 | nucleic acid classification | How many parts make up the DNA? | dna_8051.png | question_images/dna_8051.png | Diagram Multiple Choice | a. 5, b. 3, c. 6, d. 4 | c |
6,189 | DQ_012263 | nucleic acid classification | In a DNA strand, which material holds all the base pairs together? | dna_8051.png | question_images/dna_8051.png | Diagram Multiple Choice | a. guanine, b. adenine, c. thymine, d. sugar phosphate | d |
6,190 | DQ_012264 | nucleic acid classification | What does A stand for? | dna_8053.png | question_images/dna_8053.png | Diagram Multiple Choice | a. Adenine, b. Cytosine, c. Guanine, d. Thymine | a |
6,191 | DQ_012265 | nucleic acid classification | Which nitrogenous base is always paired with adenine? | dna_8053.png | question_images/dna_8053.png | Diagram Multiple Choice | a. T, b. C, c. A, d. G | a |
6,192 | DQ_012266 | nucleic acid classification | How many combinations of the nitrogenous bases are there? | dna_8053.png | question_images/dna_8053.png | Diagram Multiple Choice | a. 4, b. 16, c. 12, d. 8 | c |
6,193 | DQ_012267 | nucleic acid classification | What are the four types of DNA? | dna_8053.png | question_images/dna_8053.png | Diagram Multiple Choice | a. ABGT, b. ATGU, c. ADNR, d. ATCG | d |
6,194 | DQ_012268 | nucleic acid classification | What is the picture all about? | dna_8053.png | question_images/dna_8053.png | Diagram Multiple Choice | a. Photosynthesis, b. Protein Synthesis, c. Energy Source, d. Life Cycle of an Animal | b |
6,195 | DQ_012269 | nucleic acid classification | Which nitrogenous base is labeled C? | dna_8054.png | question_images/dna_8054.png | Diagram Multiple Choice | a. Guanine, b. Cytosine, c. Adenine, d. Thymine | b |
6,196 | DQ_012270 | nucleic acid classification | Which nitrogen base doesn't appear in the DNA? | dna_8054.png | question_images/dna_8054.png | Diagram Multiple Choice | a. Thymine, b. Guanine, c. Adenine, d. Uracil | d |
6,197 | DQ_012271 | nucleic acid classification | How many Types of bases are there in a DNA double helix? | dna_8054.png | question_images/dna_8054.png | Diagram Multiple Choice | a. 2, b. 4, c. 5, d. 3 | b |
6,198 | DQ_012272 | nucleic acid classification | What is an impossible base pair? | dna_8054.png | question_images/dna_8054.png | Diagram Multiple Choice | a. CA, b. There are no impossible base pairs, c. AT, d. CG | a |
6,199 | DQ_012273 | nucleic acid classification | What would happen if the base pairs in the DNA double helix do not match up? | dna_8054.png | question_images/dna_8054.png | Diagram Multiple Choice | a. DNA does not change base pairs, b. Nothing would happen, c. There will be a mutation in the DNA, d. The DNA would have extra chromosomes | c |
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