Homework Answers
ANSWER :
In genetics rule, all the dominant traits present in any organism represented via capital letter, and are capable to transfer in offsprings of next generations when they found as homozygous (RR or TT) or even in heterozygous (Rr Tt)) form. But all the recessive traits could be able to show their phenotype, only when both the alleles present in homozygous form (rr or tt).
Hence, in the given Punett square, 9 offsprings out of 16 would be round and twisted that represent their dominant form of traits.
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Given the provided image, which statement below is TRUE? Assume R-round, square, T=twisted, t-straight. RT Rt...
11-16. Three genes A, R. and T are linked. Als a dominant allele for red leaves,...
11-16. Three genes A, R. and T are linked. Als a dominant allele for red leaves, while the recessive phenotype is green. T is the dominant allele for all plants, while gives dwarf plants. R is the dominant allele for ragged leaf margins while gives smooth leaf margins. Questions 11-16 contain statements about these genes-answer whether each statement is true or false. Consult the accompanying diagram which represents the chromosomes in the heterorygous parent of a test cross while answering...
Given the above, for each statement below, if the statement is true, answer `T', if it...
Given the above, for each statement below, if the statement is
true, answer `T', if it is false, answer `F', and if the answer
cannot be determined from the information provided, answer `C'. For
example if `A' and `E' are true and there is not enough information
to answer `C' and the rest are false, then answer `TFCFTF'.
Note: the symbols N, S, E, and W refer to compass directions. E,
for example would be to the right on your...
Given the functions below, use MATLAB to plot x2(t), x4(t/2), x6(2t) x2(t) u(sin(t)) x4(t)rt)r(t - 2)...
Given the functions below, use MATLAB to plot x2(t), x4(t/2), x6(2t) x2(t) u(sin(t)) x4(t)rt)r(t - 2) 2u(t - 4) x6 (t) 3 sgn(t) rect(t/4) 28 (t 1) 36(t - 3)
Rod in Square Tube r rod is inside a long conducting square enclosure. eined at a...
Rod in Square Tube r rod is inside a long conducting square enclosure. eined at a pot ential of -5000 volts with respect ct to the square which is grounded (-0). The contour lines are equipotentials with V =-4000,-3000,-2000, and-1000 volts. square w Part A Select a response for each statement below. (Use 'N', North, towards top of page (y dir), and 'E', East, to the right (+x dir), 'NE for in between 'N' and 'E, etc.) NW The direction...
Given A position of a particle which moves along a straight line is defined by the...
Given A position of a particle which moves along a straight line is defined by the relation'小64-m» 40, where s is expressed in feet and t in seconds Find a) O b) Or derive the equation of the particle's acceleration as a c) The time at which the velocity will be zero. d) The position of the particle when the velocity is zero. e) The acceleration of the particle when the velocity is zero. t) The displacement of the particle...
Part A. (True/False Questions) (15 pts). Decide if the given statement is true or false. (Justify...
Part A. (True/False Questions) (15 pts). Decide if the given statement is true or false. (Justify briefly your answer) 1. The eigenvalues of the matrix A = -5 6 are: 5 and -4. O True False 2. Let A= 2 -4 be a square matrix. The vector v= [ is an eigenvector of the matrix A. 2 True False 3. If I = -4 is an eigenvalue of a 5 x 5 matrix A, then Av = -4v for any...
#6 a & b 6. Lyla learned this diagram as a memory aid for inverse variation. She is using it for D = RT, in which D is constant. If she covers up the R, she can see that R-T Likewise, f she c...
#6 a & b
6. Lyla learned this diagram as a memory aid for inverse variation. She is using it for D = RT, in which D is constant. If she covers up the R, she can see that R-T Likewise, f she covers up the T, she cansethat If she covers up the D, she can see that D RT. a. For an inverse variation equation, what quantity is in the top of the triangle? nt of vari- b....
below is a graph of the gymnast's height, h, as a function of time, t 31 MacBook Pro 2 5 6 8 9 2 4 (e) Which of the following domains of h (r) allows h(t) to heve an inverse function? 0S...
below is a graph of the gymnast's height, h, as a function of time, t 31 MacBook Pro 2 5 6 8 9 2 4 (e) Which of the following domains of h (r) allows h(t) to heve an inverse function? 0SIS48 19srs 5.8 version 4.24.147 MacBook Pro 嘸; G Search or type URL O. ground Section83 Copyof FINAL EXAM We were unable to transcribe this imageINAL EXAM 20 10
below is a graph of the gymnast's height, h, as...
Experiment 1 Exercise 1 - Data Table 1 Punnett Square 1 Data Table 2 Photo 1...
Experiment 1 Exercise 1 - Data Table 1 Punnett Square 1 Data Table 2 Photo 1 Data Table 3 O Panel 1 Data Table 4 Data Table 1: Millet Seed Genotypes and Phenotypes Genotype Phenotype Homozygous dominant Heterozygous Homozygous recessive UUUUUU Examine the millet seeds provided in the kit. Each seed represents an individual living being. There are two seed types: 1) some seeds are round with a smooth exterior; 2) some seeds are slightly wrinkled and have pointed ends....
UUUUUU Examine the millet seeds provided in the kit. Each seed represents an individual living being....
UUUUUU Examine the millet seeds provided in the kit. Each seed represents an individual living being. There are two seed types: 1) some seeds are round with a smooth exterior; 2) some seeds are slightly wrinkled and have pointed ends. See Figure 9. Round Wrinkled Figure 9. Millet seeds: round or wrinkled. 2 Assume the following about the millet seeds: the character for seed texture has two alleles, the round seed allele (R) and the wrinkled seed allele (r). Complete...
11-16. Three genes A, R. and T are linked. Als a dominant allele for red leaves, while the recessive phenotype is green. T is the dominant allele for all plants, while gives dwarf plants. R is the dominant allele for ragged leaf margins while gives smooth leaf margins. Questions 11-16 contain statements about these genes-answer whether each statement is true or false. Consult the accompanying diagram which represents the chromosomes in the heterorygous parent of a test cross while answering...
Given the above, for each statement below, if the statement is
true, answer `T', if it is false, answer `F', and if the answer
cannot be determined from the information provided, answer `C'. For
example if `A' and `E' are true and there is not enough information
to answer `C' and the rest are false, then answer `TFCFTF'.
Note: the symbols N, S, E, and W refer to compass directions. E,
for example would be to the right on your...
Given the functions below, use MATLAB to plot x2(t), x4(t/2), x6(2t) x2(t) u(sin(t)) x4(t)rt)r(t - 2) 2u(t - 4) x6 (t) 3 sgn(t) rect(t/4) 28 (t 1) 36(t - 3)
Rod in Square Tube r rod is inside a long conducting square enclosure. eined at a pot ential of -5000 volts with respect ct to the square which is grounded (-0). The contour lines are equipotentials with V =-4000,-3000,-2000, and-1000 volts. square w Part A Select a response for each statement below. (Use 'N', North, towards top of page (y dir), and 'E', East, to the right (+x dir), 'NE for in between 'N' and 'E, etc.) NW The direction...
Given A position of a particle which moves along a straight line is defined by the relation'小64-m» 40, where s is expressed in feet and t in seconds Find a) O b) Or derive the equation of the particle's acceleration as a c) The time at which the velocity will be zero. d) The position of the particle when the velocity is zero. e) The acceleration of the particle when the velocity is zero. t) The displacement of the particle...
Part A. (True/False Questions) (15 pts). Decide if the given statement is true or false. (Justify briefly your answer) 1. The eigenvalues of the matrix A = -5 6 are: 5 and -4. O True False 2. Let A= 2 -4 be a square matrix. The vector v= [ is an eigenvector of the matrix A. 2 True False 3. If I = -4 is an eigenvalue of a 5 x 5 matrix A, then Av = -4v for any...
#6 a & b
6. Lyla learned this diagram as a memory aid for inverse variation. She is using it for D = RT, in which D is constant. If she covers up the R, she can see that R-T Likewise, f she covers up the T, she cansethat If she covers up the D, she can see that D RT. a. For an inverse variation equation, what quantity is in the top of the triangle? nt of vari- b....
below is a graph of the gymnast's height, h, as a function of time, t 31 MacBook Pro 2 5 6 8 9 2 4 (e) Which of the following domains of h (r) allows h(t) to heve an inverse function? 0SIS48 19srs 5.8 version 4.24.147 MacBook Pro 嘸; G Search or type URL O. ground Section83 Copyof FINAL EXAM We were unable to transcribe this imageINAL EXAM 20 10
below is a graph of the gymnast's height, h, as...
Experiment 1 Exercise 1 - Data Table 1 Punnett Square 1 Data Table 2 Photo 1 Data Table 3 O Panel 1 Data Table 4 Data Table 1: Millet Seed Genotypes and Phenotypes Genotype Phenotype Homozygous dominant Heterozygous Homozygous recessive UUUUUU Examine the millet seeds provided in the kit. Each seed represents an individual living being. There are two seed types: 1) some seeds are round with a smooth exterior; 2) some seeds are slightly wrinkled and have pointed ends....
UUUUUU Examine the millet seeds provided in the kit. Each seed represents an individual living being. There are two seed types: 1) some seeds are round with a smooth exterior; 2) some seeds are slightly wrinkled and have pointed ends. See Figure 9. Round Wrinkled Figure 9. Millet seeds: round or wrinkled. 2 Assume the following about the millet seeds: the character for seed texture has two alleles, the round seed allele (R) and the wrinkled seed allele (r). Complete...
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