🥹🥰

Who’s here because your crying?

♥️♥️♥️😘😘😘🌹

🥹

I probably don’t know most of these, but they make me think “Life must’ve been good in 2018” or something lol

Turn your volume up: kzbin.info/aero/PLZV0XspKK3fcKWaM1hFljpY_iEEtA7FKo

🤗💖

omg

Please like this comment for me to remind how I was broke and processing self healing 😢

❤️🥰🤭

Love the songs! Thanks for this! ❤️ But can you also add the title of the song and artist, with timestamp please... 🙏

This compilation is great! Exactly what I was looking for. Thanks for this! ❤️

you just had to ruin this by adding nonsense mediocre covers by unknown people of very iconic amazing songs, if you can't put the original songs just don't add them at all. I had to pause my work and skip all those boring covers.

I'm an American. You're fucked.

I love how my emotions are your concern. You fucked up.

How the fcuk was 2018 SIX YEARS AGO!?

23:13 43:53 53:00

Who sang the photograph in the 3rd list

Love for everyone who’s healing❤

how did you know

Me

.

☺Thank you for the playlist☺

i was 18, great times

Love this❤❤❤

I barely even know the currently popular songs. I honestly just go back to these songs so often. I’m going to be in my fifties and act exactly like my parents when I was growing up haha

MAY 15, 2024!

To the person reading this, Good Luck! Don't stress, everything will be fine. No matter what difficulty you are facing right now, you can overcome it! You are strong and brave.

🌊

2024

2016 was the best yearrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrr ever 😁😁😁😁😁😁😁😁

What name of the song at 45:19?

I've been feeling down lately, then i heard this playlist... THANK YOU! 0:00 Night changes by One Direction 3:47 One Call Away by Charlie Puth 6:59 Older by Sasha Alex Sloan 10:10 Hurting by 40KARATJARRETT 12:42 Peter Pan was right by Anson Seabra 15:55 Right Now by One Direction 19:15 Weakness by Ayana Adele 22:44 Signs by Ethan Dufault 26:08 Won’t be missing you by Ayan Adele 29:19 So Bad by Ethan Dufault 31:50 Good Mood Weekend by J Nana 34:19 25 by Ethan Dufault 37:41 Your Smile by Kasikah 39:27 Memories by Faime 41:58 Never Know by Kasikah 44:35 Sunrise by Faime

Catchy songs (Part 3): kzbin.info/www/bejne/bKHUl5ugmLZ7e8k

love this,can ease my sadness

burat

I found myself again❤

She has lost all her hope from peoples now she likes being just alone. Everyone just lefts everytime when she feels a connection or bond. She’s never meant for any friendships, love. She’s alone and always will be alone. SHE’S ME

i study beter when i have mucik me when mucik babe babe ooooo, babe babe nooooooo, babe babe aaaaaa

Who sings the just the two of us cover?

The measurement of static, velocity, and total pressure across air ducts is an essential practice in the fields of heating, ventilation, and air conditioning, as well as in various industrial processes. This practice involves the assessment of different types of pressures within ductwork to ensure that air distribution systems operate correctly and efficiently. Understanding the theory, concepts, and working principles behind these measurements is critical for engineers, technicians, and facilities managers who are responsible for maintaining air quality, comfort, and operational efficiency in buildings and industrial settings. Static Pressure in air ducts corresponds to the pressure exerted by the air on the duct walls when the air is not moving. It is a critical aspect of system design because static pressure influences how air flows through ducts, impacts fan performance, and affects the overall balance of the HVAC system. Higher static pressures may indicate obstructions or poor duct design, leading to energy inefficiencies. When measuring static pressure, the common instruments include simple U-tube manometers, inclined manometers, or advanced digital pressure transducers. Velocity Pressure represents the air's kinetic energy within the duct and is related to the air's velocity. The velocity pressure is essential for calculating the actual speed at which the air moves through the duct system. This speed directly affects the volume of air delivered to various parts of a building or process, dictating the performance of the air handling system. Typically, the velocity pressure is measured using instruments like Pitot tubes, anemometers, or velocity probes that, when inserted into the duct stream, can measure the dynamic pressure changes caused by airflow. Total Pressure is the sum of static and velocity pressures and is the total energy within the air stream. It reflects the complete energy potential of the moving air and can be measured by bringing the air to a total, isentropic stop. The measurement of total pressure gives insight into the capacity of fans and air handlers in the system and can pinpoint areas where the system might be underperforming or overperforming. This is crucial for systems where air balance and precise airflow rates are essential. The theory behind these measurements often relates to the principles of Bernoulli's principle, which posits that an increase in fluid velocity leads to a drop in pressure and potential energy within a flow field. This is central to the working methods of devices used to measure static, velocity, and total pressure in air duct systems. The working principles of these measurements involve tools such as manometers and Pitot tubes. The manometer, commonly a U-shaped tube filled with a liquid, compares atmospheric pressure with the pressure within the duct. The differential in liquid columns within the manometer equates to the static pressure inside the duct. On the other hand, the Pitot tube measures the impact pressure (total pressure) of the air, and with a separate port, measures the static pressure. The velocity pressure is then determined by the difference between the total pressure and static pressure, utilizing the relationship governed by Bernoulli's equation. In the world of applications, these pressure measurements are indispensable. In HVAC systems, accurate pressure readings enable engineers to design ductwork that provides the right amounts of conditioned air to different building zones. It ensures systems are neither overworked (leading to unnecessary energy consumption) nor underworked (causing discomfort or unmet process requirements). In industrial settings, controlled airflow is crucial for maintaining desired environmental conditions, removing contaminants, or controlling moisture and temperature levels critical to production processes. Besides their practical applications in HVAC systems and industrial processes, pressure measurements in air ducts serve important roles in research and development. Detailed knowledge of airflow characteristics can lead to the development of more efficient ductwork designs and improved air handler systems. In high-precision industries like semiconductor manufacturing or in settings like hospital operating rooms, the control of air pressure and flow is vital for maintaining sterile environments. In environmental applications, understanding the behavior of air pressures is crucial for predicting and controlling pollution dispersion in the atmosphere. In aviation, automotive, and marine industries, exploring airflow characteristics around structures improves design efficiency and performance. Overall, measuring static, velocity, and total pressures across air ducts is a multifaceted endeavor that relies on robust scientific theory, precision instruments, and it underpins the operation of a vast array of systems that impact comfort, safety, efficiency, and technological progress.

I just want a hug.

Hi I hope we all heal from the pain and anxieties only us knows about. I still dont know what to do, I cry silently it seems like my dreams are too far to reach and i blame myself for all of these. Hope we all get better at one point

Musically transitions ❤❤

13.5.2024 still healing from 8.4.2024, i found is difficult for heal, my soul and happiest has gone, i lost in piece

I was OG I was Born in 2014

Keep going on no matter what

54:00 <33

I would like to say to the person reading this comment that you are not alone, it will all pass, just like a train stopping at a stop and leaving that stop, your experiences will also be left behind. Remember, everything is temporary, but you are the one who is permanent.

Bu yorumu okuyan kişiye şunu söylemek istiyorum yalnız değilsin, hepsi geçecek tıpkı bir trenin durağa uğraması ve o duraktan ayrılışı gibi yaşadıkların da geride kalacak unutma her şey geçici kalıcı olan ise sensin.