Which describes a grizzly bear’s habitat?

Answers

Answer 1
Answer: Grizzly bear habitats is the habitat or the physical space where the bear lives. Grizzly bears can be found in many different habitats from dense forests to subalpine meadows, arctic tundra and open plains. We can also conclude that all of the bears live in grizzly bear's habitat in order to survive.
Answer 2
Answer:

The statement that describes the grizzly bear's habitat is: the physical area where the bear lives.

What is Habitat?

Habitat of an organism can be described as the natural physical environment that an organism lives and survives in.

For a grizzly bear, its habitat would be the physical area which consists of everything that the bear needs to survive.

Therefore, the statement that describes the grizzly bear's habitat is: the physical area where the bear lives.

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Susan germinated a seed and watered the growing plant regularly. The plant produced flowers in the second year and died. Which type of plant could it be?

Answers

A plant that is only alive for two years is called a biennial. 

Systole is the ________ phase of the cardiac cycle. A. Contraction
B. Relaxation
C. Monitoring
D. Termination

Answers

B. Relaxation 

Systole is the ________ phase of the cardiac cycle.
NOT:
A. Contraction
C. Monitoring 
D. Termination

Systole occurs between s1 and s2 and after active filling fill 100% of the ventricles (caused by the sequential contraction created from the SA node). The increased pressure in the ventricles will cause the now lower pressured atrium valves to shut causing s1. Then with all valves closed this creates what is called an Isovolumetric contraction. This occurs when the SA node contraction will travel down the AV node which travels down the septum and eventually reaches the purkinje fibers and causes a simultaneous contraction and open the semilunar valves. This entire process occurs during the systolic phase.


An easy mnemonic to remember is diastolic which is the opposite of systolic sounds like it has the word "die" in it. Dying is when we usually relax and Diastole is the relaxation phase of the cardiac cycle. Systole would therefore be the contraction phase.

Exons of a gene are defined as (A) the untranslated regions of the corresponding mRNA
(B) regions in the corresponding mRNA that are involved in initiation of transcription
(C) regions that are not transcribed by RNA polymerase
(D) regions that are excised from the corresponding protein after it is synthesized
(E) regions that remain in the corresponding mRNA after splicing

Answers

E) because the exons remain present within the final mature RNA product of that gene after introns have been removed by RNA splicing.

The Pennsylvania Dutch Amish have historically been a small, isolated population in the United States. Within this population, there is a different frequency of alleles than there is throughout the population of southern Germany and Switzerland from which they came. Given this information, how is it possible that polydactyly, or the condition where people have extra fingers and toes, is more common within this group? Please choose the correct answer from the following choices, and then select the submit answer button.

Answers

Answer:

Polydactyly is a genetic condition where formation of extra finger or toe takes place.The extra finger or toe is called as supernumerary.

Explanation:

Polydactyly is associated with mutation in genes in their cis position Mutation in Hoxa gene also results in polydactyly.

It is associated with autosomal dominant mutation that occur in single gene.

This condition appears 1 in every 500.This is a common disorder in African black children and is more frequently found in Africans that are living in Eastern and central part.

Polydactyly is mainly affects the right toe or finger.

It is common in men.

The extra digit may be functional or not,partly formed with some bone.

Define the two types of carbohydrates important to proper nutrition and name two foods where they can be found for each.

Answers

The two types of carbohydrates are simple sugars and complex carbohydrates.
Simple sugars are monosaccharides and disaccharides, meaning the contain one or two sugar units. Simple sugars are broken down quickly by the body and released for quick energy. Examples of simple sugar foods include table sugar, fruit juice and honey.
Complex carbohydrates are polymers formed by the simple sugars,or a lengthy sequence of sugar monomers that are joined together. Their complex structure means that they take longer to breakdown, digest and be absorbed into the body. Complex carbohydrates are often high in fiber. Examples of complex carbohydrates include whole grain products and vegetables.

Answer:

simple sugars and complex carbohydrates.

Explanation:

simple sugar can be found in fruit. Complex carbohydrates can be found in vegetables

All fungi areA. heterotrophic prokaryotes.
B. heterotrophic eukaryotes.
C. autotrophic prokaryotes.
D. autotrophic eukaryote

Answers

All fungi are called heterotrophic eukaryotes. The correct answer will be B. 

Answer:

Heterotrophic eukaryotes on edge.