How about a micrometer
A ruler that can measure very small units.
For surveying, there are some use of tools. Look at them, The Dividing Engine, Chains, Calculating device (non electric), leveling machine , strange and some other. These tools are very unique to use.
Ah, the length to mass ratio, also known as the aspect ratio, is a simple concept. It's just the ratio of an object's length to its mass. So, if you have a long, skinny object that weighs very little, you'll have a high length to mass ratio. And if you have a short, heavy object, you'll have a low length to mass ratio. Easy peasy lemon squeezy.
You measure it very, very carefully!
a "n-m per second" is a measure of speed, not of distance. At that speed something can be very, very near if measured for a very short time or it could be millions of light years away if measured for a sufficiently long time. The question, therefore, makes no sense.
There is no instrument in world which measure how small an object is but instruments measure how large an object is .
a telescope ! or binoculars
This depends on the length of the object.You can use mm for very short objects, cm for short objects, m for long objects; and working with a microscope we use μm.
A parallax is hard to measure if it is very small - and this happens when the corresponding object is very far away.
it is used to measure very high voltages which can not be measured with volt meter.
multimetre connected with a rheostat
A ruler that can measure very small units.
Use a graduated cylinder to precisely measure volume
The mass of an object is the measure of the amount of matter in the object. It is typically measured in units such as grams or kilograms.
A theodolite is a precision measuring instrument used to measure angles in the horizontal or vertical plane. The instrument is mounted on a tripod and should be very precisely placed in order to make correct measurements.
A spring scale or a dynamometer is typically used to measure the force or pull of gravity acting on an object.
No, the weight of the object remains the same regardless of the height at which it is lifted. Weight is a measure of the gravitational force acting on an object and is determined by the mass of the object and the acceleration due to gravity.