How might I discover the appropriate responses and answers for the issue beneath? (Answers ought to be in decimal)

A container contains six 10 ohm resistors and ten 30 ohm resistors. The resistors are generally plain and are of a similar actual size. Toward the beginning, two resistors are chosen from the container.

a) Find the likelihood that both are 10 ohm resistors.

b) Find the likelihood that the first is a 10 ohm resistor and the second is a 30 ohm resistor.

c) Find the likelihood that both are 30 ohm resistors.

Hereditary qualities advocates survey individual or family hazard for an assortment of acquired conditions, like hereditary issues

also, birth surrenders. They give data and backing to other medical care suppliers, or to people and families

worried about the danger of acquired conditions. They work in college clinical focuses, private and public clinics, and doctors' workplaces. They work with families, patients, and other clinical experts. Most work all day and regularly need a graduate degree. The middle yearly pay for hereditary advisors was $67,500 in May, 2014.

SOURCE: Bureau of Labor and Statistics, U.S. Division of Labor, Occupational Outlook Handbook , 2016 -

2017 Edition, Genetics Counselors .

Sickle cell sickness is an acquired blood problem that influences red platelets. Since it is a passive problem, a

individual acquiring two sickle cell qualities will have the sickness, though an individual acquiring just a single sickle cell quality

will be sound, however will convey the sickle cell characteristic. On the off chance that the two guardians have the sickle cell characteristic, and it is similarly likely

regardless of whether a parent passes on the quality for sickle cell characteristic, decide the likelihood that:

1. a posterity will have the infection. ["0.25", "0", "0.5", "0.75", "1"]

2. a posterity will have the sickle cell characteristic. ["0.5", "0.25", "0", "0.75", "1"]

3. a posterity will have neither sickle cell sickliness nor the sickle cell characteristic. ["0.25", "0.5", "0", "0.75", "1"]

Table 3 - Comparison of Observed versus Theoretical Results

Aggregate on two dice

Noticed (Empirical) Relative Frequency

Hypothetical Probability (Relative Frequency)

Distinction

Noticed - Theoretical

2

0.01

0.028

- 0.018

3

0.04

0.056

- 0..>@2..4@

0.08

0.083

- 0.003

5

0.13

0.111

0.019

6

0.09

0.139

- 0.049

7

0.14

0.167

- 0.027

8

0.21

0.139

0.071

9

0.14

0.111

0.029

10

0.14

0.083

0.057

11

0.01

0.056

- 0.046

12

0.01

0.028

- 0.018

Answer the accompanying inquiries:

Contrast the noticed relative frequencies with the hypothetical probabilities. In a couple of sentences depict what you see. (Things to examine: are the noticed qualities near the hypothetical ones or not - where are they close and where not - do they follow a comparative example - did you expect a superior fit or a more awful fit or this about what you expected to see? Is there something else significant that you see?)

A case of treats contains 4 chocoate and 6 margarine treats. Miguel haphazardly chooses a treat and eats it. At that point he haphazardly chooses another treat and eats it. (What number of treats did he take?)

Leave S alone the occasion that the two treats chose were a similar flavor. Discover P(S). (Enter your likelihood as a small portion.)

Leave T alone the occasion that the two treats chose were various flavors. Discover P(T) by two unique strategies: by utilizing the supplement rule and by utilizing the parts of the tree. Your answers ought to be something very similar with the two strategies. (Enter your likelihood as a small portion.)

Leave U alone the occasion that the subsequent treat chose is a margarine treat. Discover P(U). (Enter your likelihood as a small portion.)