The image shows a table at a restaurant in the shape of a trapezoid. The restaurant owners want to determine if trapezoid tables will fit comfortably into the rest of the dining room. The owners make a scale drawing of the dining room and a scale drawing of the table. If the greatest length of the table is represented in the scale drawing by 1.5 feet, what will the length of the other sides of the table be? Write your answer in decimal form. (1 point)
Since the lengths of the table are not specified, we cannot determine their exact values in decimal form. However, if we assume that the lengths of the other sides of the trapezoid table are represented in the scale drawing in proportion to the greatest length (1.5 feet), then we can make reasonable estimates.
For example, if the scale factor for the length of the other sides is 0.7, then the length of one side would be approximately 1.05 feet (0.7 * 1.5), and the length of the other side would also be approximately 1.05 feet.
However, without additional information about the scale drawing or the trapezoid table, we cannot determine the exact values of the other side lengths in decimal form.
Use the image to answer the question. The image shows a table at a restaurant in the shape of a trapezoid. The restaurant owners want to determine if trapezoidal tables will fit comfortably into the rest of the dining room. The owners make a scale drawing of the dining room and a scale drawing of the table. If the greatest length of the table is represented in the scale drawing by 1.5 feet, what will the length of the other sides of the table be? Write your answer in decimal form. (1 point) feet
Apologies for the confusion earlier. Without the image, I cannot provide an exact answer. However, if the greatest length of the table in the scale drawing is represented as 1.5 feet, we can use the scale factor from the image to estimate the lengths of the other sides.
For example, if the scale factor for the table is 1:10, then the length of the other sides of the table would be 1.5 feet divided by 10, which is 0.15 feet.
Again, without the image or more specific information, I can only provide an estimate based on the given scale.
Use the table to answer the question. Town Town Actual Distance Between Towns Bellstown Lewis City 120 km Bellstown Jenkinsville 40 km Jenkinsville Lewis City 60 km Arturo creates a scale drawing showing these distances. If the distance between Lewis City and Bellstown is 6 centimeters on his drawing, how far apart are Lewis City and Jenkinsville on Arturo’s drawing? (1 point) Responses 2 centimeters 2 centimeters 12 centimeters 12 centimeters 3 centimeters 3 centimeters 0.05 centimeters
To determine the distance between Lewis City and Jenkinsville on Arturo's drawing, we need to find the scale factor of the drawing. This can be done by comparing the actual distance between Lewis City and Bellstown (120 km) with the distance between Lewis City and Bellstown on Arturo's drawing (6 cm).
The scale factor is found by dividing the actual distance by the distance on the drawing:
Scale factor = Actual distance / Distance on drawing
Scale factor = 120 km / 6 cm
Scale factor = 20 km/cm
Now, we can use the scale factor to find the distance between Lewis City and Jenkinsville on Arturo's drawing. The actual distance between Lewis City and Jenkinsville is 60 km.
Distance on drawing = Actual distance / Scale factor
Distance on drawing = 60 km / 20 km/cm
Distance on drawing = 3 cm
Therefore, the distance between Lewis City and Jenkinsville on Arturo's drawing is 3 centimeters.