And you’d wrong again, because all mayor manufacturers offer affordable wireless headphones as well. You can get a decent pair for as low as $20 and great wireless headphones with active noise cancelling for $50.
wwa, lewactwo
And you’d wrong again, because all mayor manufacturers offer affordable wireless headphones as well. You can get a decent pair for as low as $20 and great wireless headphones with active noise cancelling for $50.
Wrong. According to GSMArena data 286 Android phone models with 3.5mm jack were released only this year out of 454 total, therefore almost 2/3 of Android devices still come with headphone jack.
they are if you look outside apple
This is not doable in HTML
It’s the cool soup
By not eating food that has already been bought and prepared you do not decrease demand.
humans normally breath through their noses.
This problem is stated ambiguously and implied multiplication sign between 2 and ( is often interpreted as having priority. This is all matter of convention.
this is called flexitarianism and is totally valid in terms of not wasting food and cohabitating in society. unfortunately some vegetarians would bully a person like you since ideological purity is more important than not wasting food to them
but I don’t understand the math of how to get that answer
There’s four total outcomes of the problem:
Scenario 1: you originally pick the winning door (1/3) and don’t switch (1/2), therefore winning. Probability = 1/6
Scenario 2: you originally pick the winning door (1/3) and did switch (1/2), therefore losing. Probability = 1/6
Scenario 3: you originally pick a losing door (2/3) and don’t switch (1/2), therefore losing. Probability = 1/3
Scenario 4: you originally pick a losing door (2/3) and do switch (1/2), therefore winning. Probability = 1/3
Now consider scenarios 1 and 3 together, these two are when you don’t switch. P(S1) is 1/6 and P(S3) is 1/3, meaning S3 is twice as likely than S1. So if you don’t switch, you are twice as likely to lose. And now consider scenarios 2 and 4 together. P(S4) is 1/3 and P(S2) is 1/6, meaning if you switch you are twice as likely to win than to lose.
You can also consider this problem in terms of conditional probability like this:
P(win as long as no switch) = P(win and no switch) / P(no switch) = P(S1)/(1/2) = (1/6)/(1/2) = 2/6 = 1/3
P(win as long as switch) = P(win and switch) / P(switch) = P(S4)/(1/2) = (1/3)/(1/2) = 2/3
P(win as long as switch) > P(win as long as no switch)
No, by staying on your door you’re relying on the 99/100 chance of originally picking the wrong door.
You can’t have opinion on maths
Apparently American teenagers do and will straight up bully you if you have an Android.
I only have one account, but I will give it a go later
Bear, when travelling in Sweden. It was smoked, I believe, and served on a sandwich. No particularly distinguishable taste, but it was very lean and easily fell apart when bitten. Turned vegetarian not long after, lol.
I got mine pre-covid in 2019 for 30 bucks and they still hold over 4 hours playback time on a single charge and around 4-5 full charges in the charger box.