It appears to be: 16 to 25 but only if the cylinders are 48*pi*m^2 and 75*pi*m^2
200
v
It is 5.6
As the two prisms are similar there are ratios between them. The ratio of the lengths is 4 : 12 = 1 : 3 The ratio of volumes is the cubs of the ratio of lengths. → The volumes are in the ratio of 1³ : 3² = 1 : 27 As the a smaller prism has a volume of 24 cm³, the larger prism has a volume 27 times larger → volume larger prism = 27 × 24 cm³ = 648 cm³
the answer to this question is 1:4 10: ? =10x4/1 =40
To determine the radius of the larger cylinder, we need to know the radius of the smaller cylinder and the scale factor between the two cylinders. If the scale factor is provided, multiply the radius of the smaller cylinder by this factor to find the radius of the larger cylinder. Without specific measurements or a scale factor, we cannot calculate the radius of the larger cylinder.
200
For two similar polygons, the ratio of their areas is equal to the square of the ratio of their corresponding side lengths. Given the similarity ratio of the smaller polygon to the larger polygon is 2:3, we calculate the area ratio as follows: ( \left(\frac{2}{3}\right)^2 = \frac{4}{9} ). Therefore, the ratio of the areas of the smaller polygon to the larger polygon is 4:9.
The smaller to the larger is a ratio of 6:10 or 3:5
42 cm
Recall that two triangles are similar if one is simply a larger or smaller version of the other. So if you can make one bigger or smaller (this is called dilating) so that it looks exactly the same as another (and would fit exactly if moved with a congruence transform), then this would show similarity.
The difference is bore size. From the factory they have similar engines, but the 1200 has larger cylinders/pistons.
Trains have different amounts of cylinders depending on which type of motor or engine they have and how big or small they are. Larger trains will have larger engines and more cylinders.
Water flows faster through cylinders containing large particles because there are larger spaces between the particles, allowing for less resistance to the flow of water. In contrast, cylinders containing smaller particles have more surface area and tighter packing, which creates more friction and resistance to the flow of water.
The number of cylinders in a ship varies widely depending on the type and size of the vessel. For instance, large cargo ships may have engines with multiple cylinders, often ranging from 6 to 12, while smaller vessels might have fewer. Additionally, some ships may use multiple engines, each with its own set of cylinders. Overall, the total can range from a handful in smaller boats to dozens in larger marine vessels.
The number used to multiply the lengths of a figure to create a larger or smaller similar image is called the scale factor. It is a ratio that represents the proportional relationship between the corresponding sides of two similar figures.
Negative Numbers.