Use p for a single page. For example: (p 7) Use pp for multiple pages. For example: (pp 300-301)
A punnett square looks like this. Lets say that you had 2 flowers, and you wanted to find the likelihood that their offspring would be purple. Purple is dominant over white. You have one pure purple plant, (PP), and one hybrid purple plant, (Pp). The big P stands for purple, and the little p stands for white. You take the PP and put it on the top, one P over each of the top squares. Then you take the Pp and put each p on one of the side squares. You take one letter from each part of the square, so your four possibilities would be PP, PP, Pp, and Pp. There is no way that the plant could be white.
The pp stands for "printed pages". 16pp = 16 printed pages.
Let p = probability the event will occur; and q = probability the event will not occur. The relationship is p=1-q or q=1-p.
In music most terms come from Italian. p is an abbreviation of "piano" meaning "softly" or "quietly" (playing softly would be playing quietly). pp is an abbreviation for "pianissimo" meaning "very softly" or "very quietly".
For the cross between two pea plants with purple flowers that are both heterozygous (Pp), the Punnett square would show the genotypes: PP, Pp, Pp, and pp, and the phenotypic ratio of 3 purple flowers to 1 white flower.
The results would be a 50% chance of offspring with genotype Pp and a 50% chance of offspring with genotype pp. This is because the parent with genotype Pp can pass on either a P or a p allele, while the parent with genotype pp can only pass on a p allele.
For 1 page use p. (e.g. p. 25); for 2 or more pages use pp. (e.g. pp.25-28).
Use p for a single page. For example: (p 7) Use pp for multiple pages. For example: (pp 300-301)
Over nine thousand
PP*
pp
to support our crops
Answerpage = p. pages = pp.
p-q
If one parent has a PP genotype, the offspring will inherit the P allele from that parent. Therefore, the probability of the offspring inheriting a PP genotype is 1.
The sign for soft is P. Very soft is PP.