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svp [43]
3 years ago
13

How is engery moved from one organism to another?

Biology
1 answer:
yarga [219]3 years ago
6 0

Answer:

Eating each other

Explanation:

When one organism(Billy) eats another organism(Bobby), the energy is transferred into that organism.

E.

Bobby dies

Billy eats Bobby

Bobby's energy goes to Billy

Billy now has more energy

Hope this helps!

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The second and fourth metacarpal bones in the horse are commonly called the A. splints. B. cannon bones. C. shins. D. navicular
trapecia [35]
~Hello there!

Your question: The second and fourth metacarpal bones in the horse are commonly called the _______.

Your answer: The second and fourth metacarpal bones in the horse are commonly called the....

Splints! 

The answer is option A.

Any questions ^?

Happy Studying!
6 0
3 years ago
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For the carbon cycle and the nitrogen cycle to function properly, which organisms must always be present?
soldi70 [24.7K]

Answer:

Decomposers

Explanation:

3 0
3 years ago
In Drosophila, the genes for withered wings (whd), smooth abdomen (sm) and speck body (sp) are located on chromosome 2 and are s
lesya692 [45]

Answer:

A) 47; B) 33; C) 272; D) 122

Explanation:

The three genes are linked.

The female with withered wings and a smooth abdomen has the genotype whd sm sp+/whd sm sp+.

The male with a speck body has the genotype whd+ sm+ sp/whd+ sm+ sp.

Both individuals are homozygous for all genes, so each of them only produces one type of gamete. The resulting F1 therefore has the genotype whd sm sp+/ whd+ sm+ sp, heterozygous for all genes and with a wild-type phenotype.

The females of the F1 were mated with homozygous recessive males (test cross): whd sm sp/whd sm sp.

<h3>A)</h3>

If we assume interference is 0, the probability of crossing over happening between the genes whd and sm is independent from the probability of crossing over happening between sm and sp.

The distance = frequency of recombination × 100, so the frequency of recombination (RF) between genes whd and sm is 0.305 and the RF between genes sm and sp is 0.155.

<u>The expected double crossover progeny among the 1000 offspring will be:</u>

RF whd-sm × RF sm-sp  × 1000 =

0.305  × 0.155 × 1000 = 47 individuals will be double crossover.

<h3>B)</h3>

Interference is 0.3

The interference is calculated as 1- coefficient of coincidence (cc).

cc = observed double crossover/expected double crossover

Therefore:

I = 1 - cc

cc = 1 - I

<u>cc = 0.7</u>

Observed DCO / 47 = 0.7

Observed DCO = 0.7  × 47

Observed DCO ≅ 33

<h3>C)</h3>

The parental gametes are whd sm sp+ and whd+ sm+ sp (the genotype of the F1 female is known).

Looking at them and at the gene map we can tell that the gametes that give rise to withered wings, speck body (whd sm+ sp) and smooth abdomen (whd+ sm sp+) phenotypes are the result of recombination occurring between genes whd and sm.

To calculate the expected number of individuals with those phenotypes among the 1000 progeny we need to determine the frequency of recombination between the genes whd and sm considering there's interference.

The distance whd-sm = RF x 100

The recombination frequency is the sum of the single crossover between whd and sm and the double crossovers.

The frequency of DCO is 33/1000=0.033.

Distance whd-sm/ 100 = SCOwhd-sm + DCO

0.305 - 0.033 = SCO whd-sm

<u>Frequency of SCO whd-sm= 0.272</u>

And the expected number of individuals with those phenotypes will be 0.272 x 1000 = 272.

<h3>D)</h3>

The gametes that originate the phenotypes withered wings, speck body, smooth abdomen (whd sm sp) and wild type (whd+ sm+ sp+) are the result of recombination between genes sm and sp.

Distance sm-sp/ 100 = SCOsm-sp + DCO

0.155 - 0.033 = SCOsm-sp

<u>Frequency of SCO sm-sp= 0.122</u>

And the expected number of individuals with those phenotypes will be 0.122 x 1000 = 122.

6 0
3 years ago
What is the function of mitochondria in cells?
castortr0y [4]
It’s B the other person put D but that’s the cell wall or cell membrane

HOPE THIS HELPS !
3 0
2 years ago
Name the invention that made agriculture much more efficient
elixir [45]

Answer:

Corn Picker. In 1850

Cotton Gin.

Cotton Harvester.

Crop Rotation.  

The Grain Elevator.

Hay Cultivation.

Milking Machine.

Plow.

Explanation:

there are some agriculture inventions  

4 0
3 years ago
Read 2 more answers
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