Answer:
a₁₆ = -
Step-by-step explanation:
there is a common difference between consecutive terms in the sequence, that is
- 1 = -
0 - = -
this indicates the sequence is arithmetic with nth term formula
= a₁ + d(n - 1)
where a₁ is the first term , d the common difference , n the term number
here a₁ = 1 , d = - , n = 16 , then
a₁₆ = 1 + (- × 15 ) = 1 + (- ) = - = -
A. 50 miles
B. 90 miles
C. 100 miles
D. 120 miles
Answer:
the answer is "D"
0.4 mile; it represents the original distance of the bee from its hive
4 miles; it represents the original distance of the bee from its hive
4 miles per minute; it represents the speed of the bee
Answer:
C. 4 miles; it represents the original distance of the bee from its hive
Step-by-step explanation:
We are given,
The graph showing the distance between a bee hive for a certain amount of time.
Now, from the graph, we see that,
When the time is 0 mins, then the distance from the bee hive is 4 miles.
Thus, the initial value of the graph is 4 miles and it represents the original distance of the bee hive from the hive.
So, option C is correct.
2,200°
3,600°
3,960°
Answer:
Option 3rd is correct
the sum of the interior angles measures in a 22-gon is, 3600°
Step-by-step explanation:
Sum of the interior angles of a polygon of n -sides is given by:
....[1]
As per the statement:
Given that:
n = 22-gon
Substitute in [1] we have;
⇒
⇒
Therefore, the sum of the interior angles measures in a 22-gon is, 3600°
The sum of the angle measures in a 22-gon is 3600° (option c).
The sum of the angle measures in an n-gon (polygon with n sides) can be calculated using the formula:
Sum of interior angles = (n - 2) * 180°
For a 22-gon, n = 22, so the sum of the interior angles is:
Sum = (22 - 2) * 180°
Sum = 20 * 180°
Sum = 3600°
Therefore, the correct answer is option C: 3,600°.
To know more about angle:
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Answer:
The risk premium is positive, indicating a preference for certainty over risk.
Step-by-step explanation:
The risk premium is a measure of how much someone is willing to pay to avoid a risky situation or to insure against potential losses. It is the difference between the expected value of a gamble (or lottery) and the guaranteed (certain) outcome.
In this case, you're dealing with a decision maker who has initial wealth of 4 and faces the following lottery:
Option A: A loss of 2 with a probability of 1/2
Option B: A gain of 2 with a probability of 1/2
Let's calculate the expected value of this lottery:
Expected Value (EV) = (Probability of Option A) * (Value of Option A) + (Probability of Option B) * (Value of Option B)
EV = (1/2) * (-2) + (1/2) * (2)
EV = -1 + 1
EV = 0
The expected value of this lottery is 0. This means that, on average, the decision maker doesn't expect to gain or lose wealth; it's a fair game in terms of expected value.
Now, to calculate the risk premium, we compare this lottery to a certain outcome. In this case, the certain outcome is keeping the initial wealth of 4.
Risk Premium = Guaranteed Outcome - Expected Value of Lottery
Risk Premium = 4 - 0
Risk Premium = 4
The risk premium is 4, which means that the decision maker is willing to pay up to 4 to avoid taking this lottery. This is because the lottery is a risky proposition, and the decision maker values the certainty of keeping their initial wealth at 4 over the gamble, even though, on average, the gamble doesn't result in a gain or loss. Therefore, the risk premium is positive, indicating a preference for certainty over risk.