How about 1 and 149. There are an infinite number of pairs, an infinite number of triplets, an infinite number of quadruplets, ... an infinite number of n-tuples. And n, itself, can be infinitely large.
19
That's an infinite list that include 40 and 5.
That's an infinite list. 5 and 3 is one such pair.
An infinite amount. Trying to place any numbers at all would require a finite number, to which you could always add one more 0 to.
Some alternative chord progressions that can be used in place of traditional ones include modal progressions, chromatic progressions, and borrowed chord progressions. These can add unique and unexpected harmonic elements to a piece of music.
Infinite men will never die.
Arithmetic, you ADD the same number each time, eg. 2, 5, 8, 11 etc. Geometric, you MULTIPLY by the same number each time, eg. 2, 6, 18, 54 etc.
Because you can't add geometric figures.
Some common 9th chord progressions used in jazz music include the ii-V-I progression, the iii-VI-ii-V-I progression, and the IV-V-I progression. These progressions often incorporate 9th chords to add color and complexity to the harmony.
To effectively write chord progressions for your music compositions, start by choosing a key and understanding the basic chords within that key. Experiment with different chord combinations to create a sense of tension and resolution. Consider using common chord progressions like the I-IV-V or ii-V-I progressions. Don't be afraid to try out unconventional chord changes to add interest to your compositions. Practice and experimentation are key to developing your skills in writing chord progressions.
Drawing
With some difficulty. A car doesn't have a simple geometric shape. You'd have to take measurements, and turn the car into a series of blocks whose volume can be calculated, then add the blocks together.
Scales can be used to create interesting chord progressions by selecting chords that are built from the notes of the scale. By harmonizing the scale, different chords can be formed that work well together and create a sense of musical tension and resolution. This allows for the creation of unique and engaging chord progressions that can add depth and complexity to a piece of music.
How about 1 and 149. There are an infinite number of pairs, an infinite number of triplets, an infinite number of quadruplets, ... an infinite number of n-tuples. And n, itself, can be infinitely large.
Infinite dilution means such a large dilution so that when you add more solvent there is no change in concentration.
Just add the geometric tolerances