Yes, but a scale can also be used to show a smaller distance by using a bigger distance (i.e. the opposite of the above). For example, imagine we were drawing a representation of something really small like the structure of an atom. If we wanted to draw this accurately we would have to use a scale which uses a larger distance to represent a smaller one.
Yes, a scale shows measurements of a smaller distance that proportionately represents a larger distance. By using a consistent ratio or scale factor, the smaller distance displayed on the scale can accurately convey the larger distance being measured.
Yes.
Divide by the conversion factor to get the equivalent value in the smaller unit.
A subgroup or a subset represents a larger group by sharing common characteristics or attributes with the larger group while being distinct in some way. The smaller group mirrors, in part or whole, the characteristics of the larger group it is part of.
The size of a liquid penetrant indication is typically directly proportional to the size of the underlying discontinuity it represents. A larger indication usually indicates a larger flaw or defect in the material being inspected, while a smaller indication corresponds to a smaller flaw.
1 kg is more accurate than 1g because it represents a larger unit of measurement. 1 kg is equal to 1000g, so it provides a more precise measurement compared to just 1g.
divide
Multiply
No, never.
They aren't relevant units of measurement you boob.
Yes.
Yes, the atomic radius of oxygen is larger than the size of an atom. The atomic radius represents the distance from the nucleus to the outermost electron shell of an atom.
Kilo is a more common and widely used prefix than tera because it represents a smaller unit of measurement, such as a thousand, which is easier to relate to in everyday contexts. Tera, on the other hand, represents a much larger unit of measurement, equivalent to a trillion, which is less commonly used in everyday language or measurements.
Divide by the conversion factor to get the equivalent value in the smaller unit.
You use feet when dealing with smaller amounts of a measurement. Like buildings, or plots of land buildings are on. You use miles with larger distances, like the distance from Chicago to St. Louis.
Larger brakes = shorter stopping distance.
At a larger distance, the gravitional force gets smaller.
Remember that the further your number is from zero, the smaller it is -- this means that once you go below 0.0, larger numbers will actually mean a smaller measurement, so 0.375 is a larger measurement than 0.0600 because it is closer to zero.