First it depends on were is the zero, but yes its important because it gives an order of mangitude.
zero
Zero error is necessary for measuring instruments for measuring accurate results because it helps to check that the instrument which we are using is whether correct or wrong
false
Excess notation represents numbers in order using the number at the transition point of the high-order bit as zero. The zero point is taken as the excess number for the high-order bit. This number is declared to be zero. Positive numbers are above it in order and negative numbers are below it in order. For instance, Excess 16 notation indicates that the value for zero is the bit pattern for 16, that is 10000. The bit patterns are 5 bits long. The 16's column is the first column in that length pattern, and when it first changes to a 1 in the counting sequence, we declare that number to be zero. The patterns and their values are assigned by placing 0 to be 10000, that is the "1" indicates the start of the non negative numbers. If you do not understand the above, I do not blame you (I had to read it twice too!) check the source at the link below for a table that will make everything crystal clear.
The beat frequency of two in-tune musical instruments is zero.
The beat frequency of two in-tune Musical Instruments is zero.
order of brass instruments from hightest to lowest pitch
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A zero-order design is an optimal network design within a computer.
Zero Order Phase was created on 2008-09-30.
Wire strain gauges are an example for a zero order instrument.
No, you have not any knowledge about spherometer. In spherometer also, similar to other measuring instruments zero error should be considered every time; in order to achieve accurate value.
to lead all of the instruments in order. with out the conductor, the instruments would get off beat.
yes
double base
First it depends on were is the zero, but yes its important because it gives an order of mangitude.