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3 years ago

Would dynamic stretching would be considered touching your toes and holding that position for 30 seconds?

Health

2 answers:

mihalych1998 [28]3 years ago

8 0

Answer:

Explanation:

Dynamic stretching is a movement-based type of stretching. It uses the muscles themselves to bring about a stretch. It's different from traditional "static" stretching because the stretch position is not held.

An example of dynamic stretching would be lunges with a torso twist, hip circles, arm circles, arm swings, etc

Vadim26 [7]3 years ago

3 0

Yes..........................

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Which of these is an example of how the media might perpetuate a sexual stereotypes a. a heterosexual male seeks a relationship

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Answer:

C. a homosexual male expresses himself with a female gender identity

Explanation:

This is a very common sterotype along with other well-known sterotypes such as when a lesbian is depicted as masculine. Not all homosexual male express themselves with a female gender identity however you might have seen this played throughout movies and media which is why this would be the correct choice.

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If you feel pain during weight training, what should you do ?

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According to sociologist Talcott Parsons, for a person to be perceived as legitimately ill, several expectations, called _______

aliina [53]

Answer:

Explanation:

Sociologist Talcott Parsons explained that if a person is to be considered legitimately sick, he must perform the sick role. This sick role implies several things, namely;

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3. There is a confirmation of the illness by a doctor.

If a patient meets these three requirements, then he can be classified as legitimately ill.

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2 years ago

Intercultural communication rarely affects the care given to a patient.

Basile [38]

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3 years ago

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A pharmacist receives a shipment of 22 bottles of a drug and has 4 of the bottles tested. If 6 of the 22 bottles are contaminate

romanna [79]

Explanation:

A hypergeometric distribution as a function of statistical distribution where members from two groups are analysed, without replacing those members. Unlike binomial distributions, in which the probability remains the same for each trial, in hypergeometric distributions, these members are not replaced- each trial's probability affects the probability within next trial.

This is used in the process of random sampling and as a means of quality control in statistics; for example selecting members of a sports team from a mixed population of boys and girls.

Hypergeometric Formula..,

For a population consisting of N items, k are successes. And a random sample from that population consisting of n items, x of which are successes.

∴ hypergeometric probability is:

h(x; N, n, k) = [ kCx ] [ N-kCn-x ] / [ NCn ]

this distribution always has...

its mean= n * k / N .
its variance is n * k * ( N - k ) * ( N - n ) / [ N2 * ( N - 1 ) ] .

Thus….

Total number of bottles = 22

Number of contaminated bottles = 6

Number of tested bottles = 4

X= a random variable representing the number of contaminated bottles selected for the test.

N = 22

K = 6

n = 4

The probability mass function, f(x), is given by...

P(X=x)) = [ kCx] [ N-kCn-x ] / [ NCn ] x= 0,1,2,3,...,n

= $\frac{[6 C 1] [22-6 C 4-1]}{[22 C 4]}$

$\frac{C\left \ {{k=6} \atop {x=1}} \right. C\left \ {{22-6} \atop {4-1}} \right. }{C \left \ {22} \atop {4}} \right. }$

$Cxk= C14= 4!(1!(4 - 1)!)^{-1}= 24(6)^{-1}= 4\\Cn-xN-k=C\left \ {{22-6} \atop {4-1}} \right. } =16!(4!(16-4)!)^{-1}\\(CnN)^{-1}=(C \left \ {{y=22} \atop {x=6}} \right. ) ^{-1}=[22!(6!(22-6)!)^{-1}]^{-1}$

f(x)= p= P(X=1)=0.45933014354067

P(that more than 1 of the tested bottles is contaminated);

P(X>1)=1−P(X≤1)=1−(P(X=0)+P(X=2))

P(X>1)=0.291866028708134

Probability that one is contaminated: 0.4593(4 dec places)

Probability that more than one is contaminated: 0.2919 (4 dec places)

Learn more about calculating probability at brainly.com/question/4021035

Learn more about calculating event probability at brainly.com/question/6649771

#LearnWithBrainly

7 0

3 years ago