Pressure points please?!
Question: I have pain in my neck which is causing me to have a headache in the back of my head. I have taken 800 mg of Ibuprofen without any relief. I've had this for over 16 hours! Please anyone help!! I was told there is a pressure point in the hand somewhere to relieve this!
Answers: I have pain in my neck which is causing me to have a headache in the back of my head. I have taken 800 mg of Ibuprofen without any relief. I've had this for over 16 hours! Please anyone help!! I was told there is a pressure point in the hand somewhere to relieve this!
Some pressure points include pressing the eyebrow area closest to your nose you will feel this because it hurts a lot.
In between the chin area press.
Underneath earlobes and pull earlobes. SOUnds stupid but is true.
Panadol!
i think the one in your hand is for headaches =(
try sleeping with a lower pillow... high pillows causes neck pain...
Air pressure is the force exerted on you by the weight of tiny particles of air (air molecules). Although air molecules are invisible, they still have weight and take up space. Since there's a lot of "empty" space between air molecules, air can be compressed to fit in a smaller volume.
When it's compressed, air is said to be "under high pressure". Air at sea level is what we're used to, in fact, we're so used to it that we forget we're actually feeling air pressure all the time!
Weather forecasters measure air pressure with a barometer. Barometers are used to measure the current air pressure at a particular location in "inches of mercury" or in "millibars" (mb). A measurement of 29.92 inches of mercury is equivalent to 1013.25 millibars.
If you've ever been to the top of a tall mountain, you may have noticed that your ears pop and you need to breathe more often than when you're at sea level. As the number of molecules of air around you decreases, the air pressure decreases. This causes your ears to pop in order to balance the pressure between the outside and inside of your ear. Since you are breathing fewer molecules of oxygen, you need to breathe faster to bring the few molecules there are into your lungs to make up for the deficit.
As you climb higher, air temperature decreases. Typically, air temperatures decrease about 3.6