The prediction of “ call me Maria “

1/6

Step-by-step explanation:

In a game of "Rock, Paper, Scissors", there are three possibilities. The probability that Marilyn will get Paper is given as

1/3

In a coin flip, the probability that it will land on tails is

1/2

Therefore, the probability that she will win if she predicts "Paper" and calls Tails is the product of the individual probabilities:

1/3 * 1/2 = 1/6

I believe the answer is: hindsight bias

an example of an hindsight bias would be when a supporter of a certain fighter react when he deliver a knockout blow to an equally strong opponent and say

'see, i told you he can win this easily'

Even though his statement might appear to be true, there he would not be able to provide objective evidence on his statement since the opponent could very much do the same on different fight.

1/6

Step-by-step explanation:

In a game of "Rock, Paper, Scissors", there are three possibilities. The probability that Marilyn will get Paper is given as

1/3

In a coin flip, the probability that it will land on tails is

1/2

Therefore, the probability that she will win if she predicts "Paper" and calls Tails is the product of the individual probabilities:

1/3 * 1/2 = 1/6

I believe the answer is: hindsight bias

an example of an hindsight bias would be when a supporter of a certain fighter react when he deliver a knockout blow to an equally strong opponent and say

'see, i told you he can win this easily'

Even though his statement might appear to be true, there he would not be able to provide objective evidence on his statement since the opponent could very much do the same on different fight.

hello your question is incomplete attached below is the complete question

answer :

The low pressure associated with a hurricane impacts storm surge less than does water being forced toward shore by the wind  ( A )

Explanation:

The low pressure associated with a hurricane impacts storm surge less than does water being forced toward shore by the wind  and this is because during storm surge the low pressure associated at the center of the Hurricane accounts for barely 5% of the ocean bulge ( mound of water ) while more that 90% of the water forced toward shore is caused by the wind .

- 41.3°

Explanation:

Observed rotation for the mixture can be converted to specific rotation for the mixture through

[α] = α/(lc)

[α] = specific rotation = ?

when written as [α]²⁵D, 25 refers to the temperature at which the optical exercise was carried out, and D indicates that a particular wavelength of Sodium light was used.

α = observed rotation = 25.3°

l = cell length or length of the polarimeter tube in dm = 1 dm (Because 10cm = 1 dm)

c = concentration of the mixture in g/mL = 2.038 g/mL

[α] = 25.3/(1×2.038)

[α] = 12.4°

The mixture contains 65% R enantiomer and automatically 35% S enantiomer.

That is,

Fraction of R = 0.65

Fraction of S = 0.35

Let the predicted specific rotation of the pure S enantiomer be +x

The predicted specific rotation of the pure R enantiomer will automatically be -x

Rotation (R/S Mixture) = [Fraction(S) × Rotation (S)] + [Fraction(R) × Rotation (R)]

12.4° = [0.35x] + [0.65(-x)]

12.4 = 0.35x - 0.65x

12.4 = -0.30x

x = -(12.4/0.3)

x = -41.3°

The predicted specific rotation of the pure S enantiomer = x = - 41.3°.

Hope this Helps!

predictably

Explanation:

In general people tend to respond to incentives in very predictable ways. This is covered by the incentives-matter principle which states just that. This principle believes when something gets more expensive, people buy less of it. When it gets less expensive, people buy more of it, thus following the demand curve and making it very easy to predict what people will do with a specific incentive.

- 41.3°

Explanation:

Observed rotation for the mixture can be converted to specific rotation for the mixture through

[α] = α/(lc)

[α] = specific rotation = ?

when written as [α]²⁵D, 25 refers to the temperature at which the optical exercise was carried out, and D indicates that a particular wavelength of Sodium light was used.

α = observed rotation = 25.3°

l = cell length or length of the polarimeter tube in dm = 1 dm (Because 10cm = 1 dm)

c = concentration of the mixture in g/mL = 2.038 g/mL

[α] = 25.3/(1×2.038)

[α] = 12.4°

The mixture contains 65% R enantiomer and automatically 35% S enantiomer.

That is,

Fraction of R = 0.65

Fraction of S = 0.35

Let the predicted specific rotation of the pure S enantiomer be +x

The predicted specific rotation of the pure R enantiomer will automatically be -x

Rotation (R/S Mixture) = [Fraction(S) × Rotation (S)] + [Fraction(R) × Rotation (R)]

12.4° = [0.35x] + [0.65(-x)]

12.4 = 0.35x - 0.65x

12.4 = -0.30x

x = -(12.4/0.3)

x = -41.3°

The predicted specific rotation of the pure S enantiomer = x = - 41.3°.

Hope this Helps!