Answer:
My answer for the table is the following: 6, 18, 6, 60,000. For the long answer, I would say something along the lines of "All of the number in miles are 3 times the number in leagues. The number of leagues is 1/3 of the miles.
Step-by-step explanation:
For the table:
First step:
Find a pattern, in this case, it's that the miles are 3x the amount of leagues.
Second step:
If the miles are empty, simply mupilty by 3 for each. If the leagues are empty, divide by three.
For the short response:
I'm assuming it wants you to be able to recognize patterns (what numbers have in common). In this problem, you know that the miles are 3 times the amount of leagues because of the first set of numbers. The first set of numbers always helps you notice the pattern, so pay attention to those. This called the unite rate.
I hope this is correct and clear, this is my first answer.
Answer:
Step-by-step explanation:
a) period is the length of one cycle ( one full squiggle ) If you are lucky and the graph is on exact numbers.. at a high point and to the next high point.. then just take that horizontal distance, that's one period also if it's not you could find the period, T, by using T = 2pi / k where k is a number that represents how fast , or how many times the wave cycles in one second or some other amount of time.
b) Amplitude is a number that goes right before the sinusoid, which is multiplied by it because, sin , cos, are at max 1 or at min -1
c) vertical shift is what is added , for upwards shift... before or after the sinusoid ie sin , cos, ect ect.
does this help?
Answer:
1.39 × 10¹² or 1.39 × 10^12
Step-by-step explanation:
If tall is completely dominant over short, then the mother's genotype is either TT or Tt. The father is short so his genotype is tt.
Crossing TT with tt produces only heterzygous offspring with genotype Tt. Then the genotypic and phenotypic ratios are 0 TT : 1 Tt : 0 tt and 1 tall : 0 short, respectively. As percentages, these would
• geno: 0% TT : 100% Tt : 0% tt
• pheno: 100% tall : 0% short
Crossing Tt with tt on the other hand produces offspring with genotype either Tt or tt with equal probability, so that the geno and pheno ratios are 0 TT : 1 Tt : 1 tt and 1 tall : 1 short. As percentages,
• geno: 0% TT : 50% Tt : 50% tt
• pheno: 50% tall : 50% short
