HEALTH Directions: Write Agree if the statement shows proper self-management and Disagree if it does 1. Eat meals that are nutritious. 2. Do not cover your nose and mouth when you cough or sneeze.
3. A healthy meal includes go, grow and glow foods.
4. Brush your teeth once a day.
5. Drink carbonated drink or beverage.
6. Don't stay late at night.
7. Join in physical activities to make your body healthy.
8. Observe proper sitting, standing and walking to have good posture.
9. Use face mask when going out to protect you from viruses.
10. Practice proper hygiene at all times.

please help me answer this please
in Tagalog:paki sagutan po

As part of an industrial process, air as an ideal gas at 10 bar, 400k expands at steady state through a valve to a pressure of 4 bar. the mass flow rate of air is 0.5 kg/s. the air then passes through a heat exchanger where it is cooled to a temperature of 295k with negligible change in pressure. the valve can be modeled as a throttling process, and kinetic and potential energy effects can be neglected. (a) for a control volume enclosing the valve and heat exchanger and enough of the local surroundings that the heat transfer occurs at the ambient temperature of 295 k, determine the rate of entropy production, in kw/k. (b) if the expansion valve were replaced by an adiabatic turbine operating isentropically, what would be the entropy production? compare the results of parts (a) and (b) and discuss.

The speed of sound in ice, water, and steam is shown. what best explains the speed of sound in different states of matter? sound travels fastest in ice because energy is easier to transfer when the molecules are close together. sound travels slowest in steam because the sound has to move around the gas molecules that are far apart. sound travels fastest in ice because the temperature of solids is always greater, so the heat transfers the sound energy. sound travels slowest in steam because the pressure is so great the sound cannot travel though the steam particles.

Find the magnetic field a distance r from the center of a long wire that has radius a and carries a uniform current per unit area j in the positive z direction.