Taking pi as 3.14159
So, that's essentially a cylinder dia. 4ft. * 6 ft. long, and a sphere dia. 4 ft.
1.) cylinder = pi * r2 * length = 3.14159 * 4 * 6 = 75.3982 cubic ft.
2.) sphere = 4/3 * pi * r3 = 4/3 * 3.14159 * 8 = 33.5103 cubic feet
Total = 75.3982 + 33.5103 = 108.9085 cubic feet
In measuring a cylinder, the diameter should generally be measured more carefully than the length. This is because the diameter affects the cylinder's volume and surface area calculations, which are critical in many applications. Any error in the diameter measurement can significantly impact the overall accuracy of the cylinder's properties. Additionally, the diameter is often more challenging to measure accurately due to potential variations and the need for precise tools.
The dimensions of the cargo can be described as a cylinder with a diameter of 3.048 meters and a height of 16.820 meters. This means the radius is 1.524 meters (half the diameter), and the height remains 16.820 meters. The overall dimensions are therefore 3.048 meters in diameter and 16.820 meters in height.
A solid figure that has a flat surface that is a circle is a cylinder. A cylinder consists of two circular bases connected by a curved surface. The flat circular surfaces are at the top and bottom of the cylinder. Another example is a sphere, which has a circular cross-section but is not flat overall.
The relationship between height and diameter can vary depending on the context, such as in geometry or biology. In geometry, for example, the height of a cylinder is independent of its diameter, as they are separate dimensions. In biological contexts, like trees, there may be a correlation where taller trees tend to have larger diameters, reflecting growth patterns. Overall, the relationship is context-dependent and not universally applicable.
Pizza is typically measured in diameter, which refers to the distance across the pizza through its center. This measurement provides a clear understanding of the overall size of the pizza when ordering or comparing options. While the radius (half of the diameter) can be used in calculations, diameter is the standard measurement for pizza sizes.
In measuring a cylinder, the diameter should generally be measured more carefully than the length. This is because the diameter affects the cylinder's volume and surface area calculations, which are critical in many applications. Any error in the diameter measurement can significantly impact the overall accuracy of the cylinder's properties. Additionally, the diameter is often more challenging to measure accurately due to potential variations and the need for precise tools.
In measuring the length and diameter of a cylinder, the diameter should be measured more carefully. This is because the volume of a cylinder is directly proportional to the square of the radius (which is half the diameter). This means that even a small error in the diameter measurement can result in a significant difference in the volume of the cylinder. On the other hand, the length measurement, while also important, is not as critical to the overall volume calculation. In addition, the diameter of a cylinder is typically more difficult to measure accurately than the length, as it requires measuring across the center of the cylinder. Any slight deviation from the true center can result in an inaccurate diameter measurement, so it's important to take great care when measuring this dimension.
The length and the diameter of a glass cylinder are two different measurements that relate to its overall size. The diameter is the distance across the circular cross-section of the cylinder, while the length is the distance from one end to the other along the central axis. These measurements are independent of each other, but together they help define the shape and volume of the glass cylinder.
The dimensions of the cargo can be described as a cylinder with a diameter of 3.048 meters and a height of 16.820 meters. This means the radius is 1.524 meters (half the diameter), and the height remains 16.820 meters. The overall dimensions are therefore 3.048 meters in diameter and 16.820 meters in height.
A solid figure that has a flat surface that is a circle is a cylinder. A cylinder consists of two circular bases connected by a curved surface. The flat circular surfaces are at the top and bottom of the cylinder. Another example is a sphere, which has a circular cross-section but is not flat overall.
The relationship between height and diameter can vary depending on the context, such as in geometry or biology. In geometry, for example, the height of a cylinder is independent of its diameter, as they are separate dimensions. In biological contexts, like trees, there may be a correlation where taller trees tend to have larger diameters, reflecting growth patterns. Overall, the relationship is context-dependent and not universally applicable.
A PS30 incandescent lamp typically has an overall maximum diameter of around 3.75 inches.
Depends. It's not the rim diameter that's important, but the overall diameter of the rim + tire combo. If the overall diameter changes, your odo and your speedo will be off. Bigger diameter, they will read low. Smaller diameter and the'll read high. But if you can go for a bigger rim, and a more low profile tire, then it's possible to ge the overall diameter to stay the same, and your gauges will still read true.
The Southern Hemisphere is generally less populated compared to the Northern Hemisphere. Antarctica, located in the Southern Hemisphere, has no permanent residents, contributing to the overall lower population density in this part of the world.
The formula to calculate the outside diameter of a circle is: outside diameter = diameter + (2 * thickness). This formula takes into account the thickness of the circle's material when calculating the overall dimension.
There are more high mountains in the Northern Hemisphere compared to the Southern Hemisphere. The largest mountain ranges, like the Himalayas, Rockies, and Alps, are located in the Northern Hemisphere, which contributes to the overall higher concentration of mountains in this region.
Most of the South America continet is situated in the Southern Hemisphere, but some is also in the Western Hemisphere with just a small minority of the overall continent (like the tops of Brazil, Peru etc.) border into the Northern Hemisphere.