N
To determine the scale factor of the model, divide the height of the statue by the height of the model. The statue is 20 meters tall, which is equivalent to 2000 centimeters (since 1 meter = 100 centimeters). Therefore, the scale factor is 2000 cm (statue) ÷ 5 cm (model) = 400. Thus, the scale factor of the model is 1:400.
The volume of similar figures is proportional to the cube of the any linear dimension (such as the height). Therefore, the "similar model" has a volume of (4/2)3 times 5. Since I didn't convert to common units, the answer will already be in cubic centimeters. If you find this method doubtful, you can do the same, but converting everything to centimeters and cubic centimeters. Reminder: a cubic meter has a million cubic centimeters. In this case, the ratio which you have to cube is 4/200.
A 1:43 scale means that one unit of measurement on a model represents 43 units of the same measurement in real life. For example, if a car model is 1:43 scale, and the actual car is 4.3 meters long, the model would be approximately 10 centimeters long. This scale is commonly used for diecast models and collectibles, providing a compact representation of larger vehicles.
A 1:35 scale model means that every unit of measurement on the model represents 35 units in real life. For example, if a real vehicle is 3.5 meters long, the model would be 10 centimeters long. This scale is commonly used for military models, making them detailed and manageable in size for display and collection.
1:30
To determine the scale factor of the model, divide the height of the statue by the height of the model. The statue is 20 meters tall, which is equivalent to 2000 centimeters (since 1 meter = 100 centimeters). Therefore, the scale factor is 2000 cm (statue) ÷ 5 cm (model) = 400. Thus, the scale factor of the model is 1:400.
The scale in this case is roughly 1 to 3.21 You don't mention if the 5 cm is model or actual, but if the 5 is model, the actual is 16.05. If the 5 is actual, the model is 1.56 I'm assuming all measurements are in centimeters, but you didn't mention that either.
20/120= 1/64.9/120=0.04083model is 16.67cm x 16.67cm x 4.08cm
The size of the engine in a truck or bus in cubic centimeters varies widely even within the same make and model. Generally, the larger the vehicle the higher the cubic centimeters.
The volume of similar figures is proportional to the cube of the any linear dimension (such as the height). Therefore, the "similar model" has a volume of (4/2)3 times 5. Since I didn't convert to common units, the answer will already be in cubic centimeters. If you find this method doubtful, you can do the same, but converting everything to centimeters and cubic centimeters. Reminder: a cubic meter has a million cubic centimeters. In this case, the ratio which you have to cube is 4/200.
That depends on what the scale of the model is. No way to answer this question without knowing that.
Depends on the year a model vehicle it is installed in.
That would be cubic centimeters. This is a model airplane engine, correct?
A 1:43 scale means that one unit of measurement on a model represents 43 units of the same measurement in real life. For example, if a car model is 1:43 scale, and the actual car is 4.3 meters long, the model would be approximately 10 centimeters long. This scale is commonly used for diecast models and collectibles, providing a compact representation of larger vehicles.
A standard school bus is typically about 35 to 45 feet long, which translates to approximately 10.7 to 13.7 meters. In centimeters, this means a school bus is about 1,070 to 1,370 centimeters long. The exact length can vary based on the specific model and configuration of the bus.
A 3.8-liter engine has a total displacement of 3,800 cubic centimeters (cc), which means it can hold approximately 3.8 liters of air and fuel mixture in its cylinders. The actual oil capacity can vary, but it typically holds around 5 to 6 quarts of engine oil, depending on the specific vehicle and its design. Always consult the owner's manual for the exact specifications for a particular model.
On Kawasaki ATVs, the digit that indicates the engine size is typically the first digit of the model number. For example, in the model name "KFX450," the "450" signifies the engine displacement in cubic centimeters (cc). This number helps identify the power and performance characteristics of the ATV.