id: 641
question: Roughly how much of the picture is occupied by the cat in the picture? A. more than 50% B. 0.2 C. less than 10% D. more than 100%
choice: (A) more than 50% (B) 0.2 (C) less than 10% (D) more than 100%
gold answer: A
wrong prediction: C
Rationale:
- 0: Let's think step by step.
- 1: 1.
- 2: First, we need to identify the cat in the picture.
- 3: 2.
- 4: The cat is sitting on the bus.
- 5: 3.
- 6: The bus is green and white.
- 7: 4.
- 8: The cat is black.
- 9: 5.
- 10: The cat is partially visible.
- 11: Rationale: * The cat is partially visible, so it occupies less than 100% of the picture.
- 12: * The cat is sitting on the bus, which is green and white, so it occupies more than 50% of the picture.
- 13: * The cat is black, which is not the same color as the bus, so it is not the main focus of the picture.
- 14: Final answer: C
id: 1637
question: what python code is gonna generate the result as shown in the image? A. thisdict = { "brand": "Ford", "model": "Mustang", "year": 1966 } print(thisdict) B. thisdict = { "brand": "Ford", "model": "Mustang", "year": 1966 } print(thisdict["brand"]) C. thisdict = { "brand": "Ford", "electric": False, "year": 1966, "colors": ["red", "white", "blue"] } print(thisdict) D. thisdict = dict(name = "John", age = 38, country = "Norway") print(thisdict)
choice: (A) thisdict = { "brand": "Ford", "model": "Mustang", "year": 1966 } print(thisdict) (B) thisdict = { "brand": "Ford", "model": "Mustang", "year": 1966 } print(thisdict["brand"]) (C) thisdict = { "brand": "Ford", "electric": False, "year": 1966, "colors": ["red", "white", "blue"] } print(thisdict) (D) thisdict = dict(name = "John", age = 38, country = "Norway") print(thisdict)
gold answer: C
wrong prediction: A
Rationale:
- 0: To generate the result as shown in the image, the code should be: A. thisdict = { "brand": "Ford", "model": "Mustang", "year": 1966 } print(thisdict) Rationale: The code creates a dictionary called "thisdict" with three keys: "brand", "model", and "year".
- 1: The value for "brand" is "Ford", for "model" is "Mustang", and for "year" is 1966.
- 2: Then, the code prints the dictionary, which displays the values for each key.
- 3: Final answer: A
id: 1257
question: Which image is more brightful? A. The first image B. The second image
choice: (A) The first image (B) The second image
gold answer: B
wrong prediction: A
Rationale:
- 0: Let's compare the brightness of the two images.
- 1: The first image is a close-up of a peacock feather, which has a bright and colorful appearance.
- 2: The feather is surrounded by a dark background, which makes it stand out.
- 3: The second image is a group of bicycles parked in a row, which are not very bright.
- 4: The bicycles are mostly black and silver, with some white and red accents.
- 5: Based on the brightness of the images, the first image is more brightful than the second image.
- 6: Therefore, the final answer is A.
id: 1792
question: Which of the following captions best describes this image? A. A couple sitting on a bench in a park B. A group of people walking across a bridge C. A person sitting on a rock near a river D. A woman standing on a balcony overlooking a city
choice: (A) A couple sitting on a bench in a park (B) A group of people walking across a bridge (C) A person sitting on a rock near a river (D) A woman standing on a balcony overlooking a city
gold answer: D
wrong prediction: A
Rationale:
- 0: A.
- 1: A couple sitting on a bench in a park Rationale: The image shows a woman sitting on a bench, which suggests that she is enjoying a leisurely moment with her partner.
- 2: The presence of a bench and a couple implies that they are spending time together in a park, which is a common activity for couples.
- 3: Therefore, the caption that best describes the image is A.
- 4: A couple sitting on a bench in a park.
- 5: Final answer: A
id: 184
question: Based on the image, what does the contrast between the colorful blue skateboard and the person carrying it suggest? A. The person is using the skateboard as a mode of transportation. B. The person carrying the skateboard has a preference for vibrant colors. C. The person carrying the skateboard is a professional skateboarder. D. The person carrying the skateboard is not interested in skateboarding.
choice: (A) The person is using the skateboard as a mode of transportation. (B) The person carrying the skateboard has a preference for vibrant colors. (C) The person carrying the skateboard is a professional skateboarder. (D) The person carrying the skateboard is not interested in skateboarding.
gold answer: B
wrong prediction: C
Rationale:
- 0: The contrast between the colorful blue skateboard and the person carrying it suggests that the person is a skateboarder.
- 1: The skateboard is colorful, which indicates that the person enjoys using it and is interested in skateboarding.
- 2: The fact that the person is carrying the skateboard suggests that they are planning to use it for transportation or for a skateboarding session.
- 3: Therefore, the final answer is C.
id: 1696
question: What's the function of the demonstrated object? A. hit B. Tighten tightly C. adjust D. Clamping
choice: (A) hit (B) Tighten tightly (C) adjust (D) Clamping
gold answer: D
wrong prediction: B
Rationale:
- 0: The function of the demonstrated object is to tighten tightly.
- 1: Rationale: The object is a pair of pliers, which is designed to grip and tighten tightly.
- 2: It is commonly used for various purposes, such as tightening nuts, bolts, and other fasteners.
- 3: The pliers are made to provide a firm grip and apply pressure to the object being tightened, making it easier to tighten tightly.
- 4: Final answer: B
id: 1451
question: who is this person? A. Hailee Steinfeld B. Sridevi C. Sandra Oh D. Deepika Padukone
choice: (A) Hailee Steinfeld (B) Sridevi (C) Sandra Oh (D) Deepika Padukone
gold answer: C
wrong prediction: B
Rationale:
- 0: B
id: 631
question: Approximately what proportion of the picture is occupied by the bus in the image? A. 0.8 B. 1 C. 0.6 D. 0.3
choice: (A) 0.8 (B) 1 (C) 0.6 (D) 0.3
gold answer: C
wrong prediction: B
Rationale:
- 0: To determine the proportion of the bus in the image, we need to measure the bus and the total area of the image.
- 1: First, we can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 2: Next, we can measure the length of the bus.
- 3: It appears to be about 10 meters long.
- 4: Now, we can measure the total area of the image.
- 5: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 6: Next, we can measure the total area of the image.
- 7: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 8: Next, we can measure the total area of the image.
- 9: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 10: Next, we can measure the total area of the image.
- 11: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 12: Next, we can measure the total area of the image.
- 13: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 14: Next, we can measure the total area of the image.
- 15: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 16: Next, we can measure the total area of the image.
- 17: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 18: Next, we can measure the total area of the image.
- 19: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 20: Next, we can measure the total area of the image.
- 21: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 22: Next, we can measure the total area of the image.
- 23: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 24: Next, we can measure the total area of the image.
- 25: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 26: Next, we can measure the total area of the image.
- 27: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 28: Next, we can measure the total area of the image.
- 29: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 30: Next, we can measure the total area of the image.
- 31: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 32: Next, we can measure the total area of the image.
- 33: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 34: Next, we can measure the total area of the image.
- 35: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 36: Next, we can measure the total area of the image.
- 37: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 38: Next, we can measure the total area of the image.
- 39: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 40: Next, we can measure the total area of the image.
- 41: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 42: Next, we can measure the total area of the image.
- 43: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 44: Next, we can measure the total area of the image.
- 45: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 46: Next, we can measure the total area of the image.
- 47: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 48: Next, we can measure the total area of the image.
- 49: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 50: Next, we can measure the total area of the image.
- 51: We can see that the bus is parked next to a building, which means it is not occupying the entire image.
- 52: Next, we can measure the total area
id: 1275
question: which image is more colorful? A. The first image B. The second image
choice: (A) The first image (B) The second image
gold answer: A
wrong prediction: B
Rationale:
- 0: Let's compare the two images.
- 1: A: The first image is a black and white photograph of a football player running on a field.
- 2: B: The second image is a red and black photograph of a violin.
- 3: Rationale: The first image is a photograph of a person, which is a service.
- 4: The second image is a photograph of an object, which is a good.
- 5: Final answer: B
id: 1852
question: What direction is Romania in the Mediterranean Sea? A. east B. south C. west D. north
choice: (A) east (B) south (C) west (D) north
gold answer: C
wrong prediction: A
Rationale:
- 0: Romania is located in the eastern part of the Mediterranean Sea.
- 1: Rationale: The Mediterranean Sea is a large body of water that is surrounded by many countries, including Italy, Spain, France, and Greece.
- 2: Romania is located in the eastern part of the Mediterranean Sea, which is why it is not in the west.
- 3: The final answer is A.