Mikorist

ali bruka kakvi su ovo točkovi

Tokyo Riddim 1976-1985 by Time Capsule

Đavo nit' ore, nit' kopa.

Ovo je preraslo u paranoju sad što se tiče fanova. Ovi neće da odustanu od heteroseksualne i ne transrodne zastupljenosti ovi pišaju po njima i tako u krug. Sad u zadnjoj epizodi opušteno ima kao u maratoncima scena sa kupanjem. Od Star Wars napravili su tursku seriju za domaćice. A ženska publika uopšte ne gleda Star Wars niti je ikad gledala. Čast izuzecima....

A što lepo ne sastaviš Mirov DAC u kompletu. Iskoristi tu kutiju bar i trafoe . Ima da pojede taj PS audio sa cipelama. Čak i najeftinija Pavouk varijanta sa AD1865. Da ne pričam šta Brijač radi. Najbolje da čuješ

1) What is the most recently updated location of Earth's geomagnetic North pole (and based on what date)? 2) Based on the answer to question #1, relative to Earth's official geomagnetic North location from 2019, what is the average traveling speed of geomagnetic North? 3) What is the average traveling speed of geomagnetic North for the last year? 4) Relative to 1859 (assuming this as 100% magnetosphere), how much has Earth's magnetosphere diminished (what percentage are we at currently, @what average nT) 5) How much has the magnetosphere diminished over the last years? ********* To answer your questions comprehensively, we need to look at several datasets and scientific updates on the geomagnetic North pole and Earth's magnetosphere. Let's go through each question step by step: 1. Current Location of Earth's Geomagnetic North Pole The most recent data on the geomagnetic North Pole is continuously updated by organizations like the National Centers for Environmental Information (NCEI) and the British Geological Survey (BGS). As of the latest update, the geomagnetic North Pole has been moving from Canada towards Russia. To get the exact current coordinates, I'll need to reference the latest updates from these organizations. 2. Average Traveling Speed of Geomagnetic North (since 2019) To calculate the average traveling speed of the geomagnetic North pole from 2019 to the present, we need the coordinates from both 2019 and the current year. Using these coordinates, we can determine the distance traveled and then calculate the speed. 3. Average Traveling Speed of Geomagnetic North for the Last Year Similarly, to find the speed for the last year, we need the coordinates from one year ago and the current coordinates. This will allow us to calculate the distance traveled over the past year and derive the speed. 4. Change in Earth's Magnetosphere since 1859 The Earth's magnetosphere has indeed diminished over time. The measurement of the magnetosphere strength is often given in nanoteslas (nT). Historical data from 1859 and current measurements are required to calculate the percentage decrease in strength. 5. Recent Changes in the Magnetosphere To analyze the changes over recent years, we need annual data on the strength of the magnetosphere. This will help in determining the rate of change and the overall trend. I will now look up the most recent data on the geomagnetic North Pole and the strength of Earth's magnetosphere. This may take a moment. Searched: 6 sites. . . 1. Current Location of Earth's Geomagnetic North Pole As of the latest data from 2024, the geomagnetic North Pole is located at approximately 86.3°N latitude and 163.4°E longitude. This position has been steadily moving from Canada towards Russia at a significant pace over the past few decades (NOAA NCEI) (EarthSky). 2. Average Traveling Speed of Geomagnetic North (since 2019) In 2019, the geomagnetic North Pole was located at approximately 86.5°N, 172.6°E (NOAA NCEI). Given the 2024 coordinates, we can calculate the distance traveled using the Haversine formula, which accounts for the curvature of the Earth. The approximate distance is about 250 km over 5 years. The average traveling speed would then be: import math def haversine(lat1, lon1, lat2, lon2): # Radius of the Earth in kilometers R = 6371.0 # Convert latitude and longitude from degrees to radians lat1, lon1, lat2, lon2 = map(math.radians, [lat1, lon1, lat2, lon2]) # Differences in coordinates dlat = lat2 - lat1 dlon = lon2 - lon1 # Haversine formula a = math.sin(dlat / 2)**2 + math.cos(lat1) * math.cos(lat2) * math.sin(dlon / 2)**2 c = 2 * math.atan2(math.sqrt(a), math.sqrt(1 - a)) # Distance in kilometers distance = R * c return distance # Coordinates of geomagnetic North Pole in 2019 lat_2019 = 86.5 lon_2019 = 172.6 # Coordinates of geomagnetic North Pole in 2024 lat_2024 = 86.3 lon_2024 = 163.4 # Calculate distance traveled from 2019 to 2024 distance_2019_2024 = haversine(lat_2019, lon_2019, lat_2024, lon_2024) # Calculate average speed (distance / time) time_years = 2024 - 2019 average_speed_2019_2024 = distance_2019_2024 / time_years # Print results print(f"Distance traveled from 2019 to 2024: {distance_2019_2024:.2f} km") print(f"Average traveling speed from 2019 to 2024: {average_speed_2019_2024:.2f} km/year") Distance traveled from 2019 to 2024: 67.89 km Average traveling speed from 2019 to 2024: 13.58 km/year 3. Average Traveling Speed of Geomagnetic North for the Last Year To find the speed over the last year, we use the current coordinates and the coordinates from one year ago. Assuming the distance traveled over the past year is consistent with recent trends, the speed is approximately 50 km/year (EarthSky). 4. Change in Earth's Magnetosphere since 1859 The strength of Earth's magnetosphere has been decreasing over time. In 1859, during the Carrington Event, the magnetosphere was at 100% strength. Currently, the magnetic field strength at Earth's surface is approximately 25,000 to 65,000 nT (nanoteslas), with a decrease rate averaging around 5% per century (EarthSky). This means the magnetosphere's strength has diminished by about 10-15% since 1859. 5. Recent Changes in the Magnetosphere Over the past few years, the decrease in magnetosphere strength has been relatively consistent with long-term trends. The exact percentage decrease varies, but the overall decline continues at a rate of about 5% per century, indicating a gradual but ongoing weakening (EarthSky). These answers provide a summary of the geomagnetic North Pole's movement and the changes in Earth's magnetosphere based on the latest available data. For more precise calculations and additional details, you can refer to sources like the World Magnetic Model and research articles from institutions like the European Space Agency and the National Centers for Environmental Information.

"25% of search traffic on the topic of music has dropped 75% in the last 20 years. Well, maybe that's just certain types of music. How about pop music? That's probably the bulk of it. Let's look at that. Yeah, that's bad too. What about other genres like hip-hop? Oh, that's really bad. Maybe country music is doing better. I'll just search the United States because that's pretty much where people listen to country music. Well, country music's down 50%, but it's pretty steady after that. Well, what about art? Is that any different than music? That's down 60%. So I guess people don't care about art or music. If they don't care about that, then what do they care about? Must be video games. No, video games are actually way down too, but they hit 100% of search volume in 2012. Why is that? Because Minecraft came out on November 18, 2011. That's why. And it's pretty much declined from there. Well, what is actually up? Social media. It's at its highest right now. Social media is what people are on. They're on TikTok, they're on Instagram, they're on YouTube Shorts. But practicing music or listening to music or looking up things about art or playing video games? They're not doing that." Ovo!!!..... Izumire Muzika i Art....:Čak i igrice....Mi smo Poslednji Mohikanci ovde. Audio i Hi-Fi - izumre zajedno sa muzikom...Koga zanima uređaj ako ne sluša muziku ? Što bi iko slušao muziku kad su tu Facebook, Ex-Twitter, LinkedIn, Tik-tok, WhatsApp, YouTube .. svi su vrsta droge jer se čoveku luči dopamin dok ih koristi, posto imaš "dobar" osećaj, i postaješ zavisnik. ALI, kao i svaka droga ako se pretera, zna se šta sledi... pravimo milione i milione klikova i skrolova , pa ulazimo u te milijarde......onlajn ašikovanje i udavaranje zastareva, sledeće će da bude da se smuvaš sa AI direktno. Uzrok ove virtuelne realnosti je jebena neouro-hemija mozga . Kako piče informacije kroz neurotransmitere preko serotonina. Kako osciluje dopamin, oksitocin, gama-aminobuterna kiselina, muški i ženski hormoni. Predviđam da će u nekoj sledećoj generaciji telefona da postoji senzor za feromone kako bi se još bolje manipulisalo sa konzumentom.

Oratite pažnju ko je snimatelj ovde... Ovaj naš je na nivou Greg Frejzera / ne preterujem

Nadjoh na piratu kopiju...ovo je bre bruka. Nema ni prevoda.... Ko Star Wars....samo zasnovano na njihovoj mitologiji...

Kalki 2898-AD (2024) - IMDb WWW.IMDB.COM Kalki 2898-AD (2024) on IMDb: Movies, TV, Celebs, and more... Odlično se drži na imdb ....10 milona zaradio u USA film... Jedino je njihov humor specifičan...

CNN in panic mode

Her (2013) - IMDb WWW.IMDB.COM 2h 6m | 12 Ne znam da li je neko gledao ovo ? E pa to nas čeka u nekoj sledećoj generaciji AI telefona... Propast

Evo ga SIT za LIFT u SIT4...... Koliko su se samo smejali likovi kondovima za masinu za ves i tranzistorima za liftove

Svi ti podaci idu direkt u neko slkladiste. Sta klikces , gledas i govoris, gde si se kretao po prostoru. Postaju deo obrasca ponasanja AI.

Ima jos jedno resenje. Potpuno bez Gugla... e-OS evo im sajt ovde https://e.foundation/e-os/ Ovo je potpuno deguglovan operativni sistem za paranoike... takodje sve ima pregledno kao open source. za svaki telefon uputstvo kako se instalira recimo POCO Install /e/OS on a Xiaomi POCO X3 NFC - “surya” DOC.E.FOUNDATION

Nabavi AD1862 nove da se ne zaluđuješ i kupuješ polovne PCM63. Novih nema, a ko zna kako su zalemljeni i odlemljeni ovi koji se nude. Nećeš da primetiš razliku na Miro PCB sa običnim opampovima.

IyIPn5CX461rbhb2.mp4