## How to remove Google search issues?

How to remove Google search issues?

1. ## How to remove Google search issues?

Hello experts, give some suggestions for problems related to Google search. In fact, I do not understand how to remove the negative search related to my webpage. So, please everyone gives the steps and suggestion to solve this problem.

#### Authorizations to publish

• You Maybe not post new discussions
• You Maybe not post answers
• You Maybe not post attachments
• You Maybe not edit your posts

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## Analytical Theory of Numbers – Are L-functions only determined by their values ​​on negative integers?

Are the L functions only determined by their negative integer values? In other words, is there a sequence of integers $$a_1, a_2, a_3, cdots$$ such as

• the corresponding L function
$$L _ { {a_n }} (s): = sum_ {n = 1} ^ { infty} frac {a_n} {n ^ s}$$
converges well for $$text {Re} (s)> M$$ for some people $$M in mathbb {R}$$

• $$L _ { {a_n }} (s)$$ to the analytic suite of a meromorphic function on the whole complex plane

• $$L _ { {a_n }} (n) = 0$$ for all negative integers $$n$$
• not all $$a_n$$ are zero?

## Social – I have a ruthless DM and I plan to leave the party. What are my options for minimizing the negative impact on the rest of the group?

I joined a game with a group of friends and a few other people I have not met yet, including the current deputy minister. Although I like all players, the current DM is extremely strict, a DM RAW.

This is not my first encounter with a strict DM, so I can adjust my style of play accordingly. But while this campaign started as a homebrew campaign, it quickly moved to modules. Again, not the end of the world, but it is there that it really began to become painful for me.

The module we are performing is for a group of 4-5, 6th or 7th characters. We are a group of 4, 4th levels. So, from the start, the module is extremely difficult. The challenge is good, but when the DM is very raw, some of the situations encountered (traps, for example) are almost impossible to circumvent without triggering.

We played for 10 sessions, including 6 in this one dungeon. At our last session, about a month ago, because of people 's holidays, two of us died, including myself, because of a difficult meeting.

The meeting was a horde of zombies. (14 zombies versus 4 of us) I was immediately surrounded and shot. On the next turn, 2 of the 5 zombies around me started eating me, hitting me easily and giving me 2 death chess each. 3 of them decided to go after another party member just down the hall.

I rolled a new character and we continued to cross the dungeon. This session started us in action, for which I was able to do an action, and was immediately killed and killed by the use of the coup de grace. I sat for two hours while the fight was over, with another player whose character was also quickly killed. At the end of the fight, the DM told me to start a new character so we could continue to play.

My problem is: I could roll a new character, but since I'm more interested in narration, min / maxing does not really interest me as a role player. But it seems like I to have to just live through one fight. I've already talked to the deputy minister, but he's convinced that since it's the module we're proposing, we have to stick to that. I'm tempted to leave the party, but I do not want to spoil the fun of other members of the group.

Specifically, what is the best way to handle a ruthless DM, if you have ever tried talking to them outside the game, to minimize the impact on the party?

## st.statistics – The average E (X) of the negative binomial distribution

What I know about the mean of the negative binomial distribution is E (x) = r (1-p) / p. but there are some questions use E (x) = r / p as mean. Very confusing and I do not understand at all.

For example:

Regularly roll a die just until result 3 occurs for the 4th time.
Let X be the number of times needed to achieve this goal. Find
E (X) and Var (X)?
My answer: negative pair with r = 4, p = 1/6. E (x) = r (1-p) / p = 20
However, the correct answer is: E (x) = r / q = 24

and for this question:
The probability that a basketball player makes a free kick is 60%.
The player was asked not to leave the practice unless he made 10 shots. Let Y be
the number of free throws missed before the 10th throws. Find the average
and the variance of Y.
My answer is right. Negative binomial with r = 10, p = 0.6. E (y) = r (1-p) / p = 6.6.67

I do not understand why there are 2 formulas and how to tell the difference, which one should I use?

## \$ FP negative

I do not know how it happened lol, but is it normal to have a negative balance of FP \$? I do not know if I have underestimated something or it is a small problem. Anyway, I found it a little fun to see

## testing and verification – tests whether the function of several variables is positive or negative given variable constraints

I have a function of several variables (5 to be exact). I would like to know if this function is positive or negative given certain constraints on each of the 5 variables. Here is a simplified example:

F[a_,b_,c_,d_,e_] : = (2a-b + (c ^ 2) + d- (e * a)) / ((b + c-e) ^ 2)

Is it positive or negative, given a> = 1, b> = 1, c> = 1.0 <= d <= 1.0 <= e <= 1

I know that there are tests such as Positive, but I do not know how to add constraints to these since it's a mess of variables.

My example is relatively easy to do by hand, but the reality of my formula is much more complex. I think it's possible to do it, and more so, for Mathematica to tell me if there is a range of each variable value on which the function is positive or negative.

Thank you for any help you can provide!

## Does Google give less importance to URLs with session IDs? What are the negative implications?

Does Google give less importance to URLs with session IDs? What are the negative implications?

## Require justification for negative votes

Negative votes may remain anonymous BUT they must provide a reason and a comment explaining why it is a bad answer or a way to improve it. The recipient must also be informed of this private comment as well.

## Are there any long-term negative effects of frequent automatic cleaning of the sensor built into the camera?

Many new digital cameras offer an automatic sensor cleaning option in the menu that uses some kind of sensor vibration to remove dirt. This seems to me to be a potential source of long-term mechanical stress. Have studies been done showing a change in useful life or other negative consequences of frequent automatic cleaning of sensors?

I am interested in the Nikon D800 in particular, but would like to receive information about any camera or DSLR in general.

## convergence – The negative log of gamma distribution at the unit scale converges to the standard exponential

Let $$Y sim text {Gamma} ( alpha, 1)$$, with pdf $$f (y) = y ^ { alpha-1} e ^ {- y} / Gamma ( alpha)$$, or $$alpha in (0,1)$$. Let $$Z = – alpha log Y$$. Prove it $$Z$$ converges in the distribution to a standard exponential random variable $$alpha to 0$$.

The characteristic function of $$Z$$ is

$$phi_Z (t) = E e ^ {itZ} = E Y ^ {- i alpha t} = frac { Gamma ( alpha – i alpha t)} { Gamma ( alpha)}$$

The last term should converge towards $$1 / (1-it)$$but why is it true?