Which of these elements has the lowest standard reduction potential?A. chlorine

B. iron

C. lithium

D. zinc

Answers

Answer 1

Answer: Standard reduction potential is the likelihood that a species will be reduced. It is written in the form of a reduction half reaction.
Lithium has the lowest standard reduction potential.

Answer 2

Answer:

Answer: C. lithium

Explanation:

Standard reduction potential is the tendency for an element to gain electrons or get reduced ,measured at standard conditions i.e. when concentration is 1 M and temperature is 298 K.

It is given by: $E^0_(M^+/M)$

$E^0_([Cl^(2)/2Cl^-])=+1.36V$

$E^0_([Fe^(2+)/Fe])=-0.41V$

$E^0_([Li^(+)/Li])=-3.04V$

$E^0_([Zn^(2+)/Zn])=-0.76V$

Thus lithium has the lowest tendency to accept electrons and thus has lowest standard reduction potential.

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Which of the following best explains how human activities can directly contribute to landslides?

Answers

Logging is one of the most unpleasant activity that human do which directly contribute to landslide. Soil erosion occurs when there's no more trees stopping it to erode. Absence of trees especially in a big high area will cause landslide.

I need help plsssssssssss

Answers

Answer:

50%

Explanation:

Genotypes T1T1, T1T2, and T1T3 all have the "T1" allele with 50, 60, and 40 individuals respectively.

add all the genotypes with the T1 allele and divide it by the total number of individuals.

(50+60+40)/(50+60+40+50+55+45)= .5= 50%

Which best describes viruses? Viruses are nonliving infectious agents. Viruses can replicate without a host cell. Viruses can be killed by strong antibiotics. Viruses are similar to bacterial cells.

Answers

The option that best describes viruses is: Viruses are nonliving infectious agents. Viruses cannot replicate on their own and they need a host cell in order to survive. Antibiotics kill bacteria but not viruses. Antivirals and vaccines are made available to decrease the production of viruses, but not totally stopping them. Bacteria and virus differ in so many ways.

The option that best describes viruses is: Viruses are nonliving infectious agents. thus option A is correct.

What is viruses?

A virus is an infectious agent of small size and simple composition that can multiply only in living cells of animals, plants, or bacteria.

Viruses cannot replicate on their own and they need a host cell in order to survive. Antibiotics kill bacteria but not viruses. Antivirals and vaccines are made available to decrease the production of viruses, but not totally stopping them. Bacteria and virus differ in so many ways. so, option A is correct.

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Organelle that modifies packages and transports materials out of the cell

Answers

The golgi apparatus/body

Answer:

Explanation:

Which characterization accurately describes both conduction and convection

Answers

Both conduction and convection need matter to transfer thermal energy.

Both only occur when currents are created by different densities.

Conduction involves collision of particles, while convection involves the movement of a liquid or gas.

or both only occur when currents are created by different densities.

(I tried my best to find the answer, let me know if this was helpful, goodluck!)

Three genes in fruit flies affect a particular trait, and one dominant allele of each gene is necessary to get a wild-type phenotype. a. What phenotypic ratios would you predict among the progeny if you crossed triply heterozygous flies? b. You cross a particular wild-type male in succession with three tester strains. In the cross with one tester strain (AA bb cc), only 1/4 of the progeny are wild type. In the crosses involving the other two tester strains (aa BB cc and aa bb CO, half of the progeny are wild type. What is the genotype of the wild-type male?

Answers

a. When crossing triply heterozygous flies (Aa Bb Cc), where each gene has one dominant allele and one recessive allele, the phenotypic ratios among the progeny would be 1:1. b. The genotype of the wild-type male can be deduced based on the phenotypic ratios observed in the crosses with the tester strains.

a. If you crossed triply heterozygous flies (Aa Bb Cc), where each gene has one dominant allele and one recessive allele, you can use the product rule to predict the phenotypic ratios among the progeny.

For each gene, the possible gametes are A and a, B and b, C and c. When you cross the triply heterozygous flies, you can determine the possible genotypes of the offspring:

Genotypes:

AA BB CC (wild type)

AA BB Cc (wild type)

AA Bb CC (wild type)

AA Bb Cc (wild type)

Aa BB CC (wild type)

Aa BB Cc (wild type)

Aa Bb CC (wild type)

Aa Bb Cc (wild type)

The phenotypic ratios can be determined by counting the number of wild-type (dominant phenotype) offspring and dividing it by the total number of offspring:

Wild-type progeny (AA BB CC, AA BB Cc, AA Bb CC, AA Bb Cc, Aa BB CC, Aa BB Cc, Aa Bb CC, Aa Bb Cc) = 8

Total number of progeny = 8 (since each possible genotype occurs once)

Phenotypic ratio: 8 wild-type : 8 total = 1:1

b. To determine the genotype of the wild-type male, we can deduce it based on the phenotypic ratios observed in the crosses with the tester strains.

In the cross with the tester strain AA bb cc, only 1/4 of the progeny are wild type. This means that the male being tested (wild-type male) must be heterozygous for the B and C genes (Aa Bb Cc) since the wild-type phenotype requires one dominant allele for each of the three genes.

In the crosses involving the other two tester strains (aa BB cc and aa bb CO), half of the progeny are wild type. This indicates that the wild-type male is homozygous for the A gene (AA Bb Cc) since the wild-type phenotype requires two dominant alleles for the A gene.

So, the genotype of the wild-type male is Aa BB Cc.

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Answer:

the genotype depends more on if its a boy or girl

Explanation:

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