WorksheetsGenes
Total questions: 50
Worksheet time: 13hrs 30mins
Name
Class
Date
1.
Given that Mr. Wilson has the genotype Ff (F refers to has wings and f refers to not having wings) what would Mr. Wilson's phenotype be?
a)
Has wings
b)
Does not have wings
2.
Given that Mr. Vine has the genotype BB (where B refers to have blue eyes) what color eyes will Mr. Vine have?
a)
Brown
b)
Yellow
c)
Blue
d)
Green
3.
Given that the phenotype has 5 brains in dominant what are the possible genotypes?
a)
BB, bb
b)
Bb, BB
c)
bb, Bb
d)
BBb
4.
True or false the following genotype is homozygous recessive "Gg"
a)
True
b)
False, gg is the correct answer
c)
False, GG is the correct answer
5.
True or false the following genotype is heterozygous: Ww?
a)
True
b)
False
6.
Which of the following does not belong with the others?
a)
Freckles
b)
Blue Eyes
c)
Homozygous recessive
d)
Long Hair
7.
Which of the following represents a phenotype?
a)
Heterozygous
b)
BB
c)
Yy
d)
Blue hair
8.
Which of the following choices is not a genotype?
a)
Yellow eyes
b)
Homozygous dominant
c)
None of the options are genotypes
d)
Heterozygous
9.
All of the following are phenotypes except...?
a)
Blue nose
b)
Long eyelashes
c)
Homozygous recessive
d)
Long tongue
10.
A blue nose is dominant to a red nose: determine the phenotype, given the genotype below. Br, BB, rr
a)
Br=blue, BB=blue, rr=blue
b)
Br=red, BB=blue, rr=red
c)
Br=blue, BB=blue, rr=red
d)
Br=red, BB=blue, rr=blue
11.
Yellow petals are dominant to white petals, determine whether the following genotypes would represent a yellow phenotype: Yy, YY, yy.
a)
Yy=yes, YY=yes, yy=no
b)
Yy=no, YY=yes, yy=no
c)
Yy=yes, YY=no, yy=yes
d)
Yy=yes, YY=no, yy=no
12.
Yellow veins are dominant to a red veins: determine the phenotype, given the genotype below. Yy, YY, yy.
a)
Yy=yellow veins, YY=red veins, yy=red veins
b)
Yy=red veins, YY=red veins, yy=red veins
c)
Yy=yellow veins, YY=red veins, yy=yellow veins
d)
Yy=yellow veins, YY=yellow veins, yy=red veins
13.
White hair is dominant to green hair: determine the phenotype, given the genotype below. ww, WW, Ww.
a)
ww=white hair, WW=white hair, Ww=green hair
b)
ww=red hair, WW=white hair, Ww=white hair
c)
ww=green hair, WW=white hair, Ww=white hair
d)
ww=white hair, WW=white hair, Ww=white hair
14.
Long finger eyelashes are dominant to short eyelashes: determine the phenotype, given the genotype below Ll, ll, LL.
a)
Ll=short eyelashes, ll=long eyelashes, LL=short eyelashes
b)
Ll=long eyelashes, ll=long eyelashes, LL=short eyelashes
c)
Ll=long eyelashes, ll=short eye lashes, LL=long eye lashes
d)
Ll=short eyelashes, ll=short eyelashes, LL=long eyelashes
15.
Which of the following is not homozygous
a)
WW
b)
ww
c)
Ww
d)
BB
16.
In zebras white stripes are dominant to black stripes. If two black striped zebras mate, what percentage of the offspring are expected to have white stripes?
a)
15%
b)
75%
c)
50%
d)
0%
17.
In zebras white stripes are dominant to black stripes. If one homozygous recessive zebra mates with a heterozygous zebra, what percentage of the offspring are expected to have white stripes?
a)
50%
b)
0%
c)
25%
d)
100%
18.
In zebras white stripes are dominant to black stripes. If two white striped (homozygous) zebras mate, what percentage of the offspring are expected to have black stripes?
a)
100%
b)
25%
c)
50%
d)
None of the above
19.
In zebras black stripes are dominant to white stripes. If one black striped zebra (heterozygous) mates with a homozygous recessive zebra, what percentage of the offspring are expected to be white?
a)
0%
b)
25%
c)
100%
d)
50%
20.
In zebras black stripes are dominant to white stripes. If two black striped (heterozygous) zebras mate, what percentage of the offspring are expected to be white?
a)
25%
b)
75%
c)
100%
d)
0%
21.
In zebras white stripes are dominant to black stripes. If one white striped zebras mates (homozygous dominant) with a black zebra, what percentage of the offspring are expected to have white stripes?
a)
100%
b)
0%
c)
45%
d)
None of the above
22.
If the gene for blue eyes is dominant then what is the genotype for non blue eyes?
a)
BB
b)
bb
c)
Bb
d)
None of the above
23.
If the gene for yellow hair is recessive then what is the genotype for a heterozygous non yellow haired person?
a)
Yy
b)
YY
c)
yy
d)
None of the above
24.
If the gene, 2 fingers is dominant, then what is the genotype for a heterozygous 2 fingered person?
a)
FF
b)
FFf
c)
ff
d)
None of the above
25.
In zebras yellow stripes are dominant to green stripes. If green striped zebras mate, what percentage of the offspring are expected to be yellow?
a)
100%
b)
25%
c)
0%
d)
50%
26.
In butterflies, purple butterflies are dominant to yellow butterflies. If a purple butterfly that is heterozygous for the trait and a yellow butterfly mate, what percent of the offspring is expected to be purple?
a)
25
b)
50%
c)
0%
d)
75%
27.
In cats, long whiskers are dominant to short whiskers. If cats with short whiskers mate, what percent of the offspring is expected to have short whiskers?
a)
100%
b)
0%
c)
25%
d)
50%
28.
In bears, claws are dominant to no claws. If a bear with claws that it is homozygous for the trait mates with a bear with claws that is heterozygou for the trait, what percent of the offspring is expected to have claws?
a)
25%
b)
50%
c)
100
d)
0%
29.
In fish, oval shaped eyes are dominant to round shaped eyes. If a round shaped eye fish mates with an oval shaped eye fish that is heterozygous for the trait, what percent of the offspring is expected to have oval shaped eyes?
a)
25%
b)
100%
c)
75%
d)
50%
30.
In unicorns, pointy horns are dominant to flat horns. If a unicorn with a pointy horn that is homozygous for the trait mates with a unicorn with pointy horns that is heterozygous for the trait, what percent of the ofspring is expected to have pointy horns?
a)
75%
b)
100%
c)
50%
d)
25%
31.
In capybaras, dark colored fur is dominant to light colored fur. If a capybara with light colored fur and a capybara with dark colored fur that is homozygous for the trait mate, what percentage of the offspring is expected to have light colored fur?
a)
0
b)
25
c)
50%
d)
75%
32.
In mermaids, green tails are dominant to red tails. If a mermaid with a red tail and a mermaid with a green tail that is heterozygous for the trait mate, what percentage of the offspring is expected to have red tails?
a)
25%
b)
75
c)
50%
d)
100%
33.
In rabbits, long ears are dominant to short ears. If rabbits with long ears that are heterozygous for the trait mate, what percentage of their offspring is expected to have long ears?
a)
75%
b)
100%
c)
50%
d)
25%
34.
In mice, pink noses are dominant to brown noses. If two mice with pink noses that are homozygous for the trait mate, what percentage of their offspring is expected to have pink noses?
a)
0%
b)
25%
c)
100
d)
75
35.
In dogs, pointy ears are dominant to floppy ears. If dogs with floppy ears mate, what percentage of their offspring is expected to have floppy ears?
a)
0%
b)
100%
c)
25
d)
50%
36.
You flipped a coin ten times and expected it to land on heads 5 times. But, it only landed on heads 2 times. Calculate the percent error for heads.
a)
30%
b)
-30%
c)
-60%
d)
-150%
37.
You ordered food and expected it to arrive in 20 minutes, but it actually arrives in 45 minutes. Calculate the percent error for ordering food.
a)
-125%
b)
125%
c)
120%
d)
-120%
38.
You go out to buy an ice cream cone and expect it to cost 3 dollars. But, it actually costs 6 dollars. Calculate the percent error for the ice cream cone's cost.
a)
50%
b)
-100%
c)
100%
d)
-50%
39.
You buy a packet of gummy bears and expect there to be 20 gummy bears in the packet. But, there are actually 39 gummy bears in the packet. Calculate the percent error for gummy bears.
a)
-95%
b)
9.5%
c)
99%
d)
95%
40.
You go to the airport and expect there to be 9 different restaurants, but there are only 4. Calculate the percent error for the number of restaurants.
a)
-55.5%
b)
-5%
c)
-50%
d)
5.5%
41.
You order shoes online and expect them to be a size eleven, but when they arrive, you find out that they are size 7. Calculate the percent error for shoe size.
a)
36.4%
b)
-36.4%
c)
3.64%
d)
-3.64%
42.
You expect your homework to take you 3 hours, but it actually takes you 5 hours. Calculate the percent error for homework time.
a)
20%
b)
2%
c)
66.6%
d)
-20.8%
43.
You were playing catch and expected to drop the ball 27 times but you only dropped it 13 times. Calculate the percent error for number of times you dropped the ball.
a)
-51.8%
b)
-51.9%
c)
-5.18%
d)
51.8%
44.
You have 5 children and expected 3 of them to have freckles, but only 2 of them have freckles. Calculate the percent error for freckles.
a)
-33.3%
b)
20.3%
c)
-20.3%
d)
-30%
45.
You took a test and expected to get 87%, but you got 99%. Calculate the percent error for test grade.
a)
-13.7%
b)
13.7%
c)
13.8%
d)
.14%
46.
You expected that it would take you 38 minutes to get to school, but it ended up taking you 26 minutes. Calculate the percent error for time taken getting to school.
a)
-46.2%
b)
46.2%
c)
-31.6%
d)
-3.2%
47.
You expected your package to arrive in 14 days, but it actually arrived in 29 days. Calculate the percent error for package arrival ti
a)
107.2%
b)
15%
c)
107.1%
d)
210
48.
You expected to have to wait 23 minutes for the movie, but you ended up waiting 17 minutes for the movie. Calculate the percent error for movie wait time.
a)
-2.6%
b)
-512%
c)
-51.2%
d)
-26.09%
49.
You expected the movie to be an hour and 10 minutes, but it actually was 2 hours and 15 minutes. Calculate the percent error for movie length.
a)
-9.29%
b)
92.8%
c)
9.28%
d)
92.9%
50.
You expected the flight to be delayed an hour and 17 minutes, but it was delayed for 3 hours and 43 minutes. Calculate the percent error for flight delay
a)
18.9%
b)
-18.9%
c)
189.6
d)
213%
100 %
