Half a kg = 0.5 kg = 500 g
The G Major scale is as follows: G-A-B-C-D-E-F#-G It follows the typical major scale pattern of intervals: whole-whole-half-whole-whole-whole-half
Half a kilogram
Half kg is equal to 500g so half kg is greater than 200g.
0.5 g
Half a kg = 0.5 kg = 500 g
G sharp
4.8 nm
A half-life is the amount of time it takes for half of the material to decay. So if you started with 80g After 1 half-life you would have 40 g After 2 half-lives you would have 20 g After three half-lives you would have 10 g
After 12 days, you will have 2 g remaining of the substance. This is because each half-life reduces the amount of the substance by half, so after 12 days you will have undergone four half-lives (since 12 is a multiple of 3), leading to 16 g -> 8 g -> 4 g -> 2 g.
The half-life of Fr-210 is 5.2 minutes. This is because half of the original sample (1.000 g) decays to 0.500 g in the first half-life and further decays to 0.250 g in the second half-life, which takes a total of 5.2 minutes.
The half-life is 16 hours.
It would be 20 years. That is the length of time to lose one half the isotope.
It is 2.75 g.
F sharp and G flat are the same. F sharp is a half octave up from a F and a G flat is a half octave lower than a G.
1.48 * If 0.0105 g of a radioisotope remained after six half-lives, then the original mass was 0.672g.
the note is an A This question is not clear; assuming 'half a step' means a semitone then the answer is G# aka Ab.