pid int64 0 1.11k | question stringlengths 59 482 | answer stringlengths 1 35 | decoded_image imagewidth (px) 600 4k | real_task stringclasses 4
values | grab_task stringclasses 6
values | category stringclasses 58
values | complexity int64 0 10 | image stringlengths 25 33 |
|---|---|---|---|---|---|---|---|---|
100 | What is the amplitude of the function? Give your answer as an integer. | 1 | noise | properties | amplitude | 0 | images/noise_images/100.jpg | |
101 | Estimate the mean variance of the functions shown in the plot. Give your answer as an integer. | 2 | noise | function | variance | 5 | images/noise_images/101.jpg | |
102 | Estimate the mean domain length of the functions shown in the plot. Give your answer as an integer. | 10 | noise | function | domain length | 3 | images/noise_images/102.jpg | |
103 | Estimate the domain length of the function shown in the plot after it has been transformed by the following operations:
1. rotation by 270.0 degrees about the origin;
2. scale by 0.5 in x;
3. reflection in the line x=9;
4. translation by 6 in y;
Give your answer as an integer. | 6 | noise | transforms | domain | 4 | images/noise_images/103.jpg | |
104 | Estimate the range of the function shown in the plot after it has been transformed by the following operations:
1. scale by 5.0 in y;
2. rotation by 180.0 degrees about the origin;
3. reflection in the x-axis;
Give your answer as an integer. | 28 | noise | transforms | range | 3 | images/noise_images/104.jpg | |
105 | Estimate the mean domain length of the data series shown in the plot. Give your answer as an integer. | 12 | noise | series | domain length | 1 | images/noise_images/105.jpg | |
106 | What is the period of the function? Give your answer as an integer. | 6 | noise | properties | period | 0 | images/noise_images/106.jpg | |
107 | Estimate the mean range of the functions shown in the plot. Give your answer as an integer. | 6 | noise | function | range | 1 | images/noise_images/107.jpg | |
108 | Estimate the mean range of the data series shown in the plot. Give your answer as an integer. | 6 | noise | series | range | 9 | images/noise_images/108.jpg | |
109 | What are the x-values of the two stationary points of the function? Write your answer in the form [x_coordinate1, x_coordinate2], where x_coordinate1 < x_coordinate2. Give your answer as an integer. | [0, -5] | noise | properties | stationary_points | 0 | images/noise_images/109.jpg | |
110 | Estimate the maximum value of the function shown in the plot after it has been transformed by the following operations:
1. rotation by 270.0 degrees about the origin;
2. rotation by 270.0 degrees about the origin;
3. scale by 5.0 in x;
4. reflection in the line y=x;
5. translation by -2 in y;
6. scale by 0.1 in x;
Give... | 48 | noise | transforms | max_value | 6 | images/noise_images/110.jpg | |
111 | Estimate the net area bounded by the function and the x-axis of the function shown in the plot after it has been transformed by the following operations:
1. rotation by 270.0 degrees about the origin;
2. reflection in the line y=-x;
3. reflection in the line y=3;
4. rotation by 180.0 degrees about the origin;
5. scale ... | -36 | noise | transforms | net_area_under_curve | 9 | images/noise_images/111.jpg | |
112 | Estimate the mean variance of the data series shown in the plot. Give your answer as an integer. | 3 | noise | series | variance | 5 | images/noise_images/112.jpg | |
113 | Estimate the range of the function shown in the plot after it has been transformed by the following operations:
1. rotation by 270.0 degrees about the origin;
2. reflection in the y-axis;
3. translation by -4 in x;
4. scale by 1.0 in y;
5. scale by 1.0 in y;
6. rotation by 0.0 degrees about the origin;
Give your answer... | 20 | noise | transforms | range | 6 | images/noise_images/113.jpg | |
114 | Estimate the mean stationary point x-coordinate of the functions shown in the plot. Give your answer to 1 decimal place. | 0.9 | noise | function | stationary point x-coordinate | 1 | images/noise_images/114.jpg | |
115 | Estimate the mean amplitude of the functions shown in the plot. Give your answer to 1 decimal place. | 2.1 | noise | function | amplitude | 5 | images/noise_images/115.jpg | |
116 | Estimate the total area bounded by the function and the x-axis of the function shown in the plot.
Give your answer as an integer. | 44 | noise | transforms | area_under_curve | 0 | images/noise_images/116.jpg | |
117 | Estimate the minimum value of the function shown in the plot after it has been transformed by the following operations:
1. scale by 0.1 in x;
2. reflection in the y-axis;
3. translation by 10 in y;
4. rotation by 270.0 degrees about the origin;
5. reflection in the line x=-9;
6. scale by 0.5 in x;
7. translation by 10 ... | -10 | noise | transforms | min_value | 8 | images/noise_images/117.jpg | |
118 | Estimate the mean range of the data series shown in the plot. Give your answer as an integer. | 7 | noise | series | range | 5 | images/noise_images/118.jpg | |
119 | Estimate the range of the function shown in the plot after it has been transformed by the following operations:
1. translation by -7 in y;
2. scale by 1.0 in y;
3. rotation by 0.0 degrees about the origin;
4. scale by 3.0 in y;
5. translation by 1 in y;
6. rotation by 90.0 degrees about the origin;
7. reflection in the... | 11 | noise | transforms | range | 7 | images/noise_images/119.jpg | |
120 | Estimate the mean gradient of the functions shown in the plot. Give your answer as an integer. | 0 | noise | function | gradient | 3 | images/noise_images/120.jpg | |
121 | What is the period of the function? Give your answer as an integer. | 2 | noise | properties | period | 0 | images/noise_images/121.jpg | |
122 | Estimate the mean amplitude of the functions shown in the plot. Give your answer to 1 decimal place. | 2.2 | noise | function | amplitude | 5 | images/noise_images/122.jpg | |
123 | Estimate the mean range of the data series shown in the plot. Give your answer to 1 decimal place. | 5.8 | noise | series | range | 5 | images/noise_images/123.jpg | |
124 | Estimate the mean minimum value of the data series shown in the plot. Give your answer to 1 decimal place. | -2.2 | noise | series | minimum value | 3 | images/noise_images/124.jpg | |
125 | What is the phase shift of the function? Give your answer as an integer. | -2 | noise | properties | phase_shift | 0 | images/noise_images/125.jpg | |
126 | Estimate the mean function mean of the functions shown in the plot. Give your answer to 1 decimal place. | 1.6 | noise | function | function mean | 7 | images/noise_images/126.jpg | |
127 | Estimate the minimum value of the function shown in the plot after it has been transformed by the following operations:
1. translation by -2 in y;
2. rotation by 90.0 degrees about the origin;
3. reflection in the x-axis;
4. scale by 2.0 in x;
Give your answer as an integer. | -3 | noise | transforms | min_value | 4 | images/noise_images/127.jpg | |
128 | What is the domain length of the function? Give your answer as an integer. | 13 | noise | properties | domain_function | 0 | images/noise_images/128.jpg | |
129 | What is the vertical shift of the function? Give your answer as an integer. | -2 | noise | properties | vertical_shift | 0 | images/noise_images/129.jpg | |
130 | Estimate the mean y-intercept of the functions shown in the plot. Give your answer to 1 decimal place. | 0.2 | noise | function | y-intercept | 1 | images/noise_images/130.jpg | |
131 | Estimate the mean domain length of the functions shown in the plot. Give your answer to 1 decimal place. | 11.4 | noise | function | domain length | 7 | images/noise_images/131.jpg | |
132 | Estimate the mean median of the data series shown in the plot. Give your answer as an integer. | -1 | noise | series | median | 3 | images/noise_images/132.jpg | |
133 | How many points are shown in the figure? Give your answer as an integer. | 38 | noise | properties | num_points | 0 | images/noise_images/133.jpg | |
134 | What is the location of the peak of the function? Give your answer as an integer. | 2 | noise | properties | mean | 0 | images/noise_images/134.jpg | |
135 | What is the median of the data? Give your answer as an integer. | 6 | noise | properties | median | 0 | images/noise_images/135.jpg | |
136 | What is the domain length of the data? Give your answer as an integer. | 10 | noise | properties | domain_data | 0 | images/noise_images/136.jpg | |
137 | Estimate the mean median of the data series shown in the plot. Give your answer as an integer. | 1 | noise | series | median | 3 | images/noise_images/137.jpg | |
138 | Estimate the mean stationary point x-coordinate of the functions shown in the plot. Give your answer as an integer. | 0 | noise | function | stationary point x-coordinate | 3 | images/noise_images/138.jpg | |
139 | How many series are shown in the figure? Give your answer as an integer. | 7 | noise | properties | num_series | 0 | images/noise_images/139.jpg | |
140 | Estimate the gradient of the function shown in the plot after it has been transformed by the following operations:
1. translation by -2 in x;
2. rotation by 90.0 degrees about the origin;
3. rotation by 270.0 degrees about the origin;
4. reflection in the line y=1;
5. reflection in the line y=-7;
6. scale by 0.1 in y;
... | 0 | noise | transforms | gradient | 8 | images/noise_images/140.jpg | |
141 | Estimate the range of the function shown in the plot after it has been transformed by the following operations:
1. rotation by 90.0 degrees about the origin;
2. translation by 2 in x;
3. scale by 0.1 in x;
4. reflection in the x-axis;
5. translation by -4 in y;
6. scale by 0.1 in y;
7. reflection in the x-axis;
8. rota... | 2 | noise | transforms | range | 8 | images/noise_images/141.jpg | |
142 | What is the maximum value of the function? Give your answer as an integer. | 25 | noise | properties | max_value_function | 0 | images/noise_images/142.jpg | |
143 | Estimate the net area bounded by the function and the x-axis of the function shown in the plot after it has been transformed by the following operations:
1. translation by 10 in y;
2. reflection in the x-axis;
3. translation by 0 in x;
4. rotation by 0.0 degrees about the origin;
5. scale by 0.1 in x;
Give your answer ... | -11 | noise | transforms | net_area_under_curve | 5 | images/noise_images/143.jpg | |
144 | Estimate the mean domain length of the functions shown in the plot. Give your answer to 1 decimal place. | 10.6 | noise | function | domain length | 5 | images/noise_images/144.jpg | |
145 | Estimate the mean minimum value of the functions shown in the plot. Give your answer as an integer. | -4 | noise | function | minimum value | 1 | images/noise_images/145.jpg | |
146 | Estimate the mean Pearson correlation coefficient of the data series shown in the plot. Give your answer as an integer. | 0 | noise | series | Pearson correlation coefficient | 1 | images/noise_images/146.jpg | |
147 | What is the domain length of the function? Give your answer as an integer. | 17 | noise | properties | domain_function | 0 | images/noise_images/147.jpg | |
148 | Estimate the mean minimum value of the data series shown in the plot. Give your answer as an integer. | -3 | noise | series | minimum value | 1 | images/noise_images/148.jpg | |
149 | How many points are shown in the figure? Give your answer as an integer. | 58 | noise | properties | num_points | 0 | images/noise_images/149.jpg | |
150 | What is the amplitude of the function? Give your answer as an integer. | 8 | noise | properties | amplitude | 0 | images/noise_images/150.jpg | |
151 | Estimate the mean y-intercept of the functions shown in the plot. Give your answer as an integer. | 1 | noise | function | y-intercept | 9 | images/noise_images/151.jpg | |
152 | Estimate the domain length of the function shown in the plot after it has been transformed by the following operations:
1. scale by 5.0 in x;
2. translation by -4 in x;
3. rotation by 270.0 degrees about the origin;
4. translation by 9 in x;
5. reflection in the line y=x;
6. scale by 0.5 in y;
7. reflection in the line... | 3 | noise | transforms | domain | 8 | images/noise_images/152.jpg | |
153 | What is the minimum value of the function? Give your answer as an integer. | -29 | noise | properties | min_value_function | 0 | images/noise_images/153.jpg | |
154 | Estimate the mean Spearman correlation coefficient of the data series shown in the plot. Give your answer as an integer. | 0 | noise | series | Spearman correlation coefficient | 3 | images/noise_images/154.jpg | |
155 | Estimate the maximum value of the function shown in the plot after it has been transformed by the following operations:
1. translation by -1 in x;
2. reflection in the x-axis;
3. scale by 1.0 in y;
4. reflection in the line y=1;
5. translation by -9 in x;
6. rotation by 180.0 degrees about the origin;
Give your answer ... | 0 | noise | transforms | max_value | 6 | images/noise_images/155.jpg | |
156 | What is the range of the function? Give your answer as an integer. | 3 | noise | properties | range_function | 0 | images/noise_images/156.jpg | |
157 | Estimate the net area bounded by the function and the x-axis of the function shown in the plot after it has been transformed by the following operations:
1. translation by 9 in y;
2. reflection in the line y=x;
Give your answer as an integer. | 14 | noise | transforms | net_area_under_curve | 2 | images/noise_images/157.jpg | |
158 | What is the equation of the function? Write your answer in the form y = <m>x + <c>. Each variable is as an integer. | y = 10x + 2 | noise | properties | non_parametric_functions | 0 | images/noise_images/158.jpg | |
159 | What is the variance of the function? Give your answer as an integer. | 5 | noise | properties | variance | 0 | images/noise_images/159.jpg | |
160 | What is the interquartile range of the data? Give your answer as an integer. | 7 | noise | properties | iqr | 0 | images/noise_images/160.jpg | |
161 | Estimate the net area bounded by the function and the x-axis of the function shown in the plot after it has been transformed by the following operations:
1. scale by 3.0 in y;
2. scale by 0.5 in y;
3. rotation by 180.0 degrees about the origin;
4. rotation by 0.0 degrees about the origin;
5. reflection in the line y=-8... | -195 | noise | transforms | net_area_under_curve | 7 | images/noise_images/161.jpg | |
162 | What is the value of the gradient of the function? Give your answer as an integer. | -4 | noise | properties | gradient | 0 | images/noise_images/162.jpg | |
163 | Estimate the net area bounded by the function and the x-axis of the function shown in the plot after it has been transformed by the following operations:
1. scale by 2.0 in y;
2. scale by 2.0 in y;
3. translation by 4 in x;
4. rotation by 0.0 degrees about the origin;
5. reflection in the y-axis;
6. translation by 4 in... | -76 | noise | transforms | net_area_under_curve | 8 | images/noise_images/163.jpg | |
164 | What is the Pearson's correlation coefficient of the data? Give your answer to 1 decimal place. | -0.8 | noise | properties | pearson_correlation | 0 | images/noise_images/164.jpg | |
165 | Estimate the mean x-intercept of the functions shown in the plot. Give your answer as an integer. | -1 | noise | function | x-intercept | 5 | images/noise_images/165.jpg | |
166 | What is the amplitude of the function? Give your answer as an integer. | 5 | noise | properties | amplitude | 0 | images/noise_images/166.jpg | |
167 | Estimate the mean minimum value of the functions shown in the plot. Give your answer as an integer. | -3 | noise | function | minimum value | 5 | images/noise_images/167.jpg | |
168 | Estimate the net area bounded by the function and the x-axis of the function shown in the plot after it has been transformed by the following operations:
1. translation by 4 in x;
Give your answer as an integer. | -18 | noise | transforms | net_area_under_curve | 1 | images/noise_images/168.jpg | |
169 | What is the value of the y-intercept of the function? Give your answer as an integer. | -1 | noise | properties | y_intercept | 0 | images/noise_images/169.jpg | |
170 | Estimate the mean net area bounded by the function and the x-axis of the functions shown in the plot. Give your answer as an integer. | 29 | noise | function | net area bounded by the function and the x-axis | 3 | images/noise_images/170.jpg | |
171 | Estimate the gradient of the function shown in the plot after it has been transformed by the following operations:
1. scale by 0.5 in x;
2. reflection in the line y=8;
3. translation by 2 in x;
4. rotation by 270.0 degrees about the origin;
5. scale by 0.5 in y;
6. rotation by 90.0 degrees about the origin;
7. translat... | -3 | noise | transforms | gradient | 8 | images/noise_images/171.jpg | |
172 | Estimate the domain length of the function shown in the plot after it has been transformed by the following operations:
1. scale by 0.5 in x;
2. rotation by 0.0 degrees about the origin;
Give your answer as an integer. | 4 | noise | transforms | domain | 2 | images/noise_images/172.jpg | |
173 | Estimate the net area bounded by the function and the x-axis of the function shown in the plot after it has been transformed by the following operations:
1. rotation by 270.0 degrees about the origin;
2. scale by 0.5 in x;
Give your answer as an integer. | -12 | noise | transforms | net_area_under_curve | 2 | images/noise_images/173.jpg | |
174 | Estimate the mean interquartile range of the data series shown in the plot. Give your answer as an integer. | 3 | noise | series | interquartile range | 7 | images/noise_images/174.jpg | |
175 | Estimate the mean Pearson correlation coefficient of the data series shown in the plot. Give your answer to 1 decimal place. | 0.1 | noise | series | Pearson correlation coefficient | 9 | images/noise_images/175.jpg | |
176 | What is the minimum value of the function? Give your answer as an integer. | 2 | noise | properties | min_value_function | 0 | images/noise_images/176.jpg | |
177 | What is the amplitude of the function? Give your answer as an integer. | 6 | noise | properties | amplitude | 0 | images/noise_images/177.jpg | |
178 | What is the Pearson's correlation coefficient of the data? Give your answer to 1 decimal place. | 0.0 | noise | properties | pearson_correlation | 0 | images/noise_images/178.jpg | |
179 | How many series are shown in the figure? Give your answer as an integer. | 9 | noise | properties | num_series | 0 | images/noise_images/179.jpg | |
180 | What is the location of the peak of the function? Give your answer as an integer. | -4 | noise | properties | mean | 0 | images/noise_images/180.jpg | |
181 | Estimate the mean range of the data series shown in the plot. Give your answer as an integer. | 9 | noise | series | range | 7 | images/noise_images/181.jpg | |
182 | Estimate the mean amplitude of the functions shown in the plot. Give your answer to 1 decimal place. | 3.2 | noise | function | amplitude | 3 | images/noise_images/182.jpg | |
183 | Estimate the net area bounded by the function and the x-axis of the function shown in the plot.
Give your answer as an integer. | 10 | noise | transforms | net_area_under_curve | 0 | images/noise_images/183.jpg | |
184 | What is the net area bounded by the function and x-axis? Give your answer to the nearest 10. | -120 | noise | properties | area_under_curve_net | 0 | images/noise_images/184.jpg | |
185 | Estimate the mean median of the data series shown in the plot. Give your answer to 1 decimal place. | 1.0 | noise | series | median | 9 | images/noise_images/185.jpg | |
186 | Estimate the mean maximum value of the functions shown in the plot. Give your answer as an integer. | 2 | noise | function | maximum value | 3 | images/noise_images/186.jpg | |
187 | Estimate the gradient of the function shown in the plot.
Give your answer as an integer. | -1 | noise | transforms | gradient | 0 | images/noise_images/187.jpg | |
188 | Estimate the net area bounded by the function and the x-axis of the function shown in the plot after it has been transformed by the following operations:
1. translation by -5 in x;
2. rotation by 0.0 degrees about the origin;
3. scale by 5.0 in y;
4. translation by -9 in y;
5. reflection in the line y=x;
6. reflection ... | -15 | noise | transforms | net_area_under_curve | 6 | images/noise_images/188.jpg | |
189 | What is the x-value of the stationary point of the function? Give your answer as an integer. | -5 | noise | properties | stationary_point | 0 | images/noise_images/189.jpg | |
190 | Estimate the mean domain length of the data series shown in the plot. Give your answer as an integer. | 9 | noise | series | domain length | 5 | images/noise_images/190.jpg | |
191 | Estimate the mean Spearman correlation coefficient of the data series shown in the plot. Give your answer as an integer. | 0 | noise | series | Spearman correlation coefficient | 1 | images/noise_images/191.jpg | |
192 | Estimate the maximum value of the function shown in the plot after it has been transformed by the following operations:
1. rotation by 90.0 degrees about the origin;
2. translation by -3 in y;
3. reflection in the line x=4;
Give your answer as an integer. | 2 | noise | transforms | max_value | 3 | images/noise_images/192.jpg | |
193 | Estimate the mean maximum value of the data series shown in the plot. Give your answer as an integer. | 9 | noise | series | maximum value | 3 | images/noise_images/193.jpg | |
194 | Estimate the gradient of the function shown in the plot after it has been transformed by the following operations:
1. rotation by 270.0 degrees about the origin;
2. reflection in the x-axis;
3. translation by 8 in x;
4. scale by 5.0 in x;
Give your answer as an integer. | -1 | noise | transforms | gradient | 4 | images/noise_images/194.jpg | |
195 | Estimate the mean variance of the data series shown in the plot. Give your answer to 1 decimal place. | 7.5 | noise | series | variance | 1 | images/noise_images/195.jpg | |
196 | Estimate the mean amplitude of the functions shown in the plot. Give your answer as an integer. | 2 | noise | function | amplitude | 7 | images/noise_images/196.jpg | |
197 | Estimate the domain length of the function shown in the plot after it has been transformed by the following operations:
1. reflection in the line y=7;
2. scale by 0.1 in x;
3. scale by 1.0 in y;
4. translation by 5 in x;
5. rotation by 0.0 degrees about the origin;
Give your answer as an integer. | 0 | noise | transforms | domain | 5 | images/noise_images/197.jpg | |
198 | Estimate the mean net area bounded by the function and the x-axis of the functions shown in the plot. Give your answer to 1 decimal place. | 3.2 | noise | function | net area bounded by the function and the x-axis | 9 | images/noise_images/198.jpg | |
199 | Estimate the mean maximum value of the functions shown in the plot. Give your answer to 1 decimal place. | 0.5 | noise | function | maximum value | 7 | images/noise_images/199.jpg |
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