## Smart plug for air conditioning unit

I tried connecting my smart plug to my air conditioner, and the smart plug blew up.

I was wondering why it blew up and what kind of smart plug will work with my AC:

I used the Ardwolf Mini Smart Plug with the above air conditioner.

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## Bottle conditioning: What good things can aging to do a wine?

Which good things happen to a wine if you age it? Are there any wines you should age, and some you shouldn’t age?

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## Hydrological conditioning using stream vector in GRASS?

I would like to make an hydrological conditioning of a DEM using an available stream network in vector form. I know r.hydrodem but it doesn’t allow to use the stream vector. I need something to burn the stream network in the DEM to assure water flowing.

Is there a solution in GRASS?

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## Smart plug for air conditioning unit

I tried connecting my smart plug to my air conditioner, and the smart plug blew up.

I was wondering why it blew up and what kind of smart plug will work with my AC:

I used the Ardwolf Mini Smart Plug with the above air conditioner.

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## Coupon Collecting Problem: Conditioning on the order of coupons you see

There are four types of coupons (call them types \$1,2,3,4\$) with \$p_1 = p_2 = 1/8\$ and \$p_3 = p_4 = 3/8\$. You collect coupons until you have a full set.

Q1: What is the probability that after disregarding duplicates, the order of coupons that you collect is \$3241\$? For example, let’s say it takes you \$10\$ tries to get a full set and you obtain \$3333224441\$ which means the order of coupons collected was \$3241\$.

Q2: Given that the order you observe will be \$3241\$ (with possible duplicates), what is the expected number of coupons needed to collect a full set?

Q3: Let \$X\$ be the number of coupons needed to collect a full set. Is it true that \$E[X] = E[X mid 3241]P(3241) + E[X mid 1234]P(1234) +…\$ where you condition \$X\$ on all \$4!\$ possible ways that you will observe the order of new coupons that appear?

My attempt

Q1: \$P(3241) = P(3)P(2 mid 3)P(4 mid 32)P(1 mid 324) = frac{3}{8}frac{1}{5}frac{3}{4}frac{1}{1}\$

Q2: \$E[X mid 3241] = 1+frac{3+1}{1}+frac{3+1+3}{3}+frac{1+3+3+1}{1}\$ which is leveraging the EV of a geometric RV.

Q3: I believe yes…

Thanks for your help and patience!

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## Combining Excel data – 1 cell for conditioning and 1 cell for the actual data

Excel 2010,

1) First, I have 2 Cell. first cell indicate the color in text – Red Orange Green Grey.

Second cell is also plain text.

The data is exported from SharePoint list.

2) I want to combind those in to one cell. The red will just be that color of the cell, and with the plain text in the second cell inside.

What should i do? Any formular for suggestion

picure of example

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## Upper body conditioning goals

I like training towards reaching certain goals rather than just training for the sake of training. It makes it easier for me to try getting into shape doing that.

For the lower body, I have some concrete goals like doing a 5k in less than 20 minutes and doing 100 burpees in less than eight minutes. However, I am not sure what to aim for in the case of the upper body. I have access to rowing machines and will soon also have access to battle ropes.

What are some great goals I can aim to achieve for my torso and arms?

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## In Dune are specifics given as to what the “Suk Imperial conditioning” of Dr Yueh actually is?

I have read the first five Dune novels and after the first I do not recall any further mention of Imperial conditioning. In the novels written since Frank Herbert’s death, were any further references or details given about what this process actually involved and why it was considered virtually impossible to remove?

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## Air Conditioning and blower problems

Ok, the blower unit will run on heat and fan on. However when I switch to auto and cool the blower unit doesn’t run. When I have the blower in the “on” position it will run until I switch the thermostat to cool. As soon as the unit outside comes on, then the blower shuts off and the outside unit keeps running. The blower will work on the heat setting also. I’ve never seen this happen like this. It is a Lennox brand outside unit and inside blower unit.

What could be the problem?

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## Conditioning a PDF in the intersection of two circles.

Given the diagram below (The first figure): \$\$f_r(r)= frac{lambda pi r exp{(-lambda pi r^2/2)}}{1-e^{-lambda pi R^2/2}}\$\$

where \$\$0

The pdf

\$\$f_{text{Z}}(text{z})=frac{2lambdasqrt{R^{2}-text{z}^{2}}}{1-e^{-lambdapi{R}^{2}/2}} e^{-lambda{R}^{2}(cos^{-1}(frac{text{z}}{R})-(frac{text{z}}{R})sqrt{1-(text{z}/R)^{2}})}\$\$

where \$\$0

Question: How can this PDF be conditioned on the area UQWD given in the second figure.

The problem is I know its possible, but I can’t picture how this could be done.

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