the dimensions of the cylinder would be 2 times greater. We just had a test on this stuff and this was one of the questions.
21 x 2 has greatest perimeter
To determine how many times greater the volume of a new prism is compared to the original prism, you need to divide the volume of the new prism by the volume of the original prism. This ratio will give you the factor by which the volume has increased. For example, if the new prism has a volume of 120 cubic units and the original prism has a volume of 30 cubic units, the new prism's volume is 4 times greater.
A number increased by 18 means you take a given number and add 18 to it. For example, if the number is represented as ( x ), then the expression for the number increased by 18 would be ( x + 18 ). This operation results in a new value that is 18 units greater than the original number.
Cylinder wear is greater at the top of the bore primarily due to higher temperatures and pressures experienced in that area during combustion. As the piston moves upward, the top of the cylinder encounters more intense heat from the combustion gases, which can lead to thermal expansion and increased friction. Additionally, the lack of sufficient oil lubrication at the top of the bore can exacerbate wear, as oil tends to pool lower down in the cylinder. This combination of factors results in accelerated wear at the top compared to the rest of the bore.
There is no limit to the size of the perimeter.
Yes.
That of course will depend on their dimensions of which none have been given
8 greater than the original number.
So the original number was greater than 8...
No. It's 9 times greater. The area changes according to the square ofthe number that you use to multiply all the linear dimensions."3 squared" = 32 = 3 x 3 = 9If you made the dimensions of the triangle 10 times bigger, the areawould become 102 = 100 times greater.
An increase of more than 100% means the original value is increased by more than double.
21 x 2 has greatest perimeter
To determine how many times greater the volume of a new prism is compared to the original prism, you need to divide the volume of the new prism by the volume of the original prism. This ratio will give you the factor by which the volume has increased. For example, if the new prism has a volume of 120 cubic units and the original prism has a volume of 30 cubic units, the new prism's volume is 4 times greater.
A number increased by 18 means you take a given number and add 18 to it. For example, if the number is represented as ( x ), then the expression for the number increased by 18 would be ( x + 18 ). This operation results in a new value that is 18 units greater than the original number.
A differential cylinder has a large piston that requires a greater amount of oil to displace the cylinder, thus allowing greater uniformity of force than a typical single-acting cylinder.
Cylinder wear is greater at the top of the bore primarily due to higher temperatures and pressures experienced in that area during combustion. As the piston moves upward, the top of the cylinder encounters more intense heat from the combustion gases, which can lead to thermal expansion and increased friction. Additionally, the lack of sufficient oil lubrication at the top of the bore can exacerbate wear, as oil tends to pool lower down in the cylinder. This combination of factors results in accelerated wear at the top compared to the rest of the bore.
There is no limit to the size of the perimeter.