You could tell her she is wrong, and that only agents selling Employer/union group plans are permitted an exemption from testing, but some employer/union group plans may require testing to promote agent compliance with CMS marketing requirements.
<h3>What is the advice for a Medicare colleague?</h3>
Since she works at a third-party marketing organization (TMO) and she said she did not need to take the Medicare training for brokers
We could tell her she is wrong, and that only agents selling Employer/union group plans are permitted an exemption from testing, but some employer/union group plans may require testing to promote agent compliance with CMS marketing requirements.
Complete question is;
Your colleague works at a third party marketing organization, TMO and she said she did not need to take the Medicare training for brokers and agents or pass a test to market Medicare plans since her contract is with the TMO, not the plans that have the products she sells.
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The value of the given prefix expression *2 / 8 4 3 is calculated to be; 1
<h3>How to work with preorder transversals?</h3>
We are given the expression; *2 / 8 4 3
We will start from the rightmost operation symbol.
For every operation symbol, the two integers following the operation symbol are the symbols on which the operation needs to be performed. Then we replace the operation symbol with the two following integers by the result of the operation.
Then we repeat for the rightmost operation symbol in the remaining string.
*2 / 8 4 3
8 / 4 = 2
⇒ *2 2 3
2 * 2 = 4
4 - 3 = 1
Thus the value of the prefix expression is then 1.
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For this we will use kinematic equations.
We need the time of flight to compute the range.
With the given information, the most useful formula is:
Δy=v0yt−g2t2
Because our equation is taking only vertical motion into account,
v0y=30sin(45)
Because we are looking for the range of the object,
Δy=0
This leaves us with only one unknown: t
0=30sin(45)t−g2t2
g2t2=30sin(45)t
g2t=30sin(45)
t=60gsin(45)
For horizontal distance, the formula we need is:
Δx=v0xt
Because we are taking into account the horizontal range,
v0x=30cos(45)
In substituting our derived values into the equation we can see that:
Δx=30cos(45)∗60gsin(45)
Range=30cos(45)∗60gsin(45)
Time Series analysis can be useful to see how a given asset, security or economic variable changes over time. Examples of time series are heights of ocean tides, counts of sunspots, and the daily closing value of the Dow Jones Industrial Average.
