(a) Find the number of plants that were tall and had smooth peas.
(b) How many plants were tall and had peas that were neither smooth nor green?
(c) How many plants were not tall but had peas that were smooth and green?
(a) Find the number of plants that were tall and had smooth peas. (b) How many...
After a genetics experiment on 63 pea plants, the number of plants having certain 23 were tall:; characteristics was tallied, with the results given to the right. Answer parts (a) through (c). 27 had green peas; 44 had smooth peas; 8 were tall and had green peas; (a) Find the number of plants that were tall and had smooth peas. 18 had green peas and smooth peas 3 had all three characteristics; 6 had none of the characteristics. plants (a)...
Please answer parts A-C
A) Find the number of plants that were tall and had smooth
peas?
B) How many plants were tall and had peas that were neither
smooth nor green?
C) How many plants were not tall but had peas that were smooth
and green?
2nd screenshot I am attaching is an example of the same type of
problem with different numbers. Please refer to the 1st screenshot
for the actual problem I need help with.
We were...
After a genetics experiment on 63 pea plants, the number of plants having certain 23 were tall:; characteristics was tallied, with the results given to the right. Answer parts (a) through (c). 27 had green peas; 44 had smooth peas; 8 were tall and had green peas; (a) Find the number of plants that were tall and had smooth peas. 18 had green peas and smooth peas 3 had all three characteristics; 6 had none of the characteristics. plants
After a genetics experiment on 50 pea plants, the number of plants having certain characteristics was tallied, with the results given to the night. Answer parts (a) through (c) (a) Find the number of plants that were tall and had smooth peas. 21 were tall; 25 had green peas 39 had smooth peas; 8 were tall and had green pea 20 had green peas and smooth 6 had all three characteristics; 2 had none of the characteristi plants (1) How...
#1.) In a genetics experiment on peas, one sample of offspring contained 419 green peas and 11 yellow peas. Based on those results, estimate the probability of getting an offspring pea that is green. Is the result reasonably close to the value of 3/4 that was expected? #2.) A modified roulette wheel has 44 slots. One slot is 0, another is 00, and the others are numbered 1 through 42, respectively. You are placing a bet that the outcome is...
Question 16 4 One of Mendel's famous genetics experiment involved growing many generations of pea plants and tracking the traits of pea color and blossom color. Suppose the results of one of these experiments resulted with 428 plants with green peas, and 152 with yellow peas. For that experiment, he considered the 99% confidence interval estimate for the proportion of offspring peas that were green. Find the high end of the confidence interval estimate for p. Question 19 4 pts...
(More Genetics Problems and Difficult Genetics Problems). MORE GENETICS PROBLEMS 1. When tall plants mate with dwarf plants, only tall plants occur in the offspring. Assign symbols and show the phenotypes and genotypes in the parental (P) and first filial generations for a cross between tall plants and dwarf plants that produces only tall plants. 2. Show the expected outcome when the F1 plants in problem #1 are crossed. Be sure to give both phenotype and genotype ratios for these...
Let's use this equation to solve the following problem: In pea plants, the allele for tall plants (T) is dominant to the allele for dwarf plants (1). If a population of 100 plants has 36 dwarf plants, what is the frequency of each allele? Here is a step-by-step guide: 1. Let p = frequency of the dominant allele (R), and q = frequency of the recessive allele (1). 2.92 = frequency of the homozygous recessive = 36%, or 0.36. Since...
8. Pea plant breeders wanted to pick healthy tall plants that were homozygous for the height gene. They had a collection of 10 plants that were healthy and tall, but the genotypes were unknown. How might they determine if the 10 tall plants were heterozygous or homozygous for the height gene? a. What genotypes are possible for tall pea plants? b. What cross would be most useful in distinguishing between homozygous and heterozygous tall plants? c. Explain the concept of...
1. Find the mean and Standard Deviation for the following probability distribution. Number of girls in 4 births: 0 , 1, 2 , 3, 4 Probability: 0.0625 , 0.25 , 0.375 , 0.25 , 0.0625 2. Mendel conducted experiments using pea plants. Assume that a pea has a 75% chance of having green pods. If Mendel collected 600 pea plants, how many pea plants would he expect to have green pods? 3. What is the Standard deviation for the previous...