Birds have ________ and not teeth.
a. jaws
b. molars
c. beaks

Answers

Answer 1
Answer:

Birds have beaks and not teeth.

All birds have some sort of bill or beak. Birds use their beaks to preen their feathers, build nests, and feed their young.

Answer 2
Answer: birds have beaks and not teeth 

Related Questions

describe the impact of a primary disturbance on an ecosystem and how the ecosystem recovers by succession
Hypothesis A: If heart rate is related to caffeine intake, then coffee drinkers will have higher heart rates. Hypothesis B: If a higher heart rate is related to caffeine intake, then the heart rate of most people will be higher 30 minutes after they drink a cup of coffee. Which hypothesis is more useful and why? A. The two hypotheses are equally useful. B. Hypothesis A is more useful because it’s true. C. Neither hypothesis is useful because they aren’t testable. D. Hypothesis B is more useful because it suggests a way to test the relationship between heart rate and caffeine intake.
Which of these is not a structure found in prokaryotic cells?a defined nucleus ribosomes cytoplasm cell membrane
Which discovery did Gregor Mendel make?Traits are inherited independently of each other. Traits are inherited as a tetrad. Traits are inherited as homologous pairs. Traits are inherited as a set, from one parent.
Females are represented by _________, and males by ______?

Evaporation takes place when matter changes from aa. solid to a liquid.
b. solid to a gas.
c. liquid to a gas.
d. gas to a liquid. E. gas to a solid

Answers

c.liquid to gas. hope i helped!

c. liquid to a gas. is correct

If a doctor wanted to be sure that a patient's urinary system is working properly, what would be the BEST indicators to investigate?

Answers

The best indicators would be if the doctor checked urine and stool samples, as well as the bladder and kidneys, and a blood test. Urine and stool first though.

Where are sex-linked genes located?A. on the autosomes.
B. on the sex chromosomes.
C. antigens.
D. on the dominant allele.

Answers

Your answer would be B on the sex chromosomes
Ya your right ans is b.on the sex chromosomes

What do you call the non-Mendelian inheritance pattern that states that both traits are dominant and both appear in the organism and neither trait is masked?A. CodominanceB. Incomplete dominance
C. Polygenic traits

Answers

Answer:A. Codominance

Explanation:

This is a type of genetic inheritance where neither of the genes is dominant over another. Thus both pair of the gene are expressed on the same LOCUS equally with none masking another. Therefore an   individual receive both  allele of a heterozygous  gene, and have equal phenotypic expression

An example is the AB  blood group in man, where both allele present on the same locus are fully expressed with no one dominant over another.

Incomplete dominance refers to a blend of  alleles where one does  not have  full dominance over another another, therefore gives a new phenotypic expression different from both alleles.

e.g  pink flower allele in four o'clock flower.

Final answer:

Codominance is the non-Mendelian inheritance pattern where both traits are dominant and appear in the organism without one being masked.

Explanation:

The non-Mendelian inheritance pattern that states that both traits are dominant and both appear in the organism, and neither trait is masked is called codominance.

Learn more about Codominance here:

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PLz help asap ill MaRk YoU
is that right

Answers

Answer:

Photosynthesis is how plants live they get sunlight  and turn it in to energy to survive

Explanation:

8. Classification of living things takes into consideration all of the following except A. presence of cell membranes.
B. mode of nutrition.
C. presence of a nucleus.
D. number of cells.

Answers

The answer is A. presence of cell membranes.

A classification of living things can be based on many different characteristics but a presence of cell membranes is not one of them. ALL living things have cell membranes. So, there could be no classification of organisms with cell membranes and organisms without cell membranes.
On the other hands, based on mode of nutrition, organisms can be classified of autotrophs and heterotrophs. Based on presence of nucleus, organisms can be prokaryotes (without a nucleus) and eukaryotes (with the nucleus). Number of cells is base for classification of living things on unicellular and multicellular.