it depends on the surface ratio, if both small pistons have the same surface area, then the same amount of force will be applied.
No, smaller molecules generally diffuse more readily than larger molecules because they can move through pores and gaps in substances more easily due to their smaller size. This is why smaller molecules like oxygen and carbon dioxide can diffuse through cell membranes more quickly than larger molecules like proteins.
Yes, bacteria are generally larger than viruses.
Typically, chromosomes are not larger than a cell. Chromosomes are made up of DNA and proteins and are found within the nucleus of a cell. Cells contain many chromosomes, each of which is a long, coiled molecule.
The process of breaking larger molecules into smaller molecules is called catabolism. This process typically involves the release of energy as larger molecules are broken down into smaller units that can be used for cellular activities.
Eukaryotes have larger ribosomes compared to prokaryotes. Prokaryotic ribosomes are smaller and composed of a 30S and 50S subunit, while eukaryotic ribosomes are larger and made of a 40S and 60S subunit.
No, 350 has a substantially larger bore.
In a hydraulic system, larger pistons will create more force due to the increased surface area, resulting in higher system pressure. Conversely, smaller pistons will generate less force and lower system pressure. The pressure in a hydraulic system is directly proportional to the size of the pistons used.
Negative Numbers.
in degrees of intensity you have 2 go larger to smaller not smaller to larger
I'm not sure you phrased that correctly. You might be thinking of a negative number, which is said to be smaller when it's larger and larger when it's smaller.
Very Probably
it is larger.
You convert to a larger unit. Smaller to larger. Metre is 1000 times larger than a millimetre
It is neither larger nor smaller.
smaller
No, that will indicate the percentage the smaller number is of the larger number.
A hydraulic system uses pressurized fluids acting on pistons of different sizes to amplify force. This works on the principle that force applied to a smaller piston creates proportional pressure, which then translates into larger force on a larger piston. This allows for efficient transfer of force in various applications like heavy machinery and brake systems.