Esoma-KE Logo
esoma@esomake.co.ke
Change Class  |  Change Subject

Pressure Cooker High Attitudes Benefits

Select Subject  |  Physics


Want to enjoy learning? Try reading without Ads!

Say goodbye to distractions and enjoy uninterrupted learning with our new ad-free feature. Dive into our vast collection of educational content without any interruptions.

Explore Ad-Free learning plus lots of other premium benefits for as little as KES 200 per month.
Click to Join Now→

Want to enjoy learning? Try reading without Ads!

Say goodbye to distractions and enjoy uninterrupted learning with our new ad-free feature. Dive into our vast collection of educational content without any interruptions.

Explore Ad-Free learning plus lots of other premium benefits for as little as KES 200 per month.
Click to Join Now→
←View All Physics Questions!


Pressure Cooker High Attitudes Benefits

Question

Explain why it's advisable to use pressure cooker at high attitudes.

Answer

Pressure rises the boiling point, thus the food is cooked faster


   Related Questions

Q. A person's lung pressure as recorded by a mercury manometer is 90 mm Hg. Express this pressure in SI units. Q. The barometric height at sea level is 76cm of mercury while at a point on a highland it is 74cm of mercury. What is the ... Q. The figure below shows a measuring cylinder of height 30cm filled to a height of 20cm with water and the rest occupied ... Q. State Pascal's principle of transmission of pressure. Q. Using the kinetic theory of gases explain how a raise in temperature of a gas causes a raise in the volume of the gas if Q. A certain mass of nitrogen gas occupies a volume of 3.6m³ at a pressure of 2.0 x 105pascals and temperature ... Q. Define pressure and give its S.I units. Q. State how the pressure in a moving fluid varies with speed of the fluid. Q. Answer the questions that follow: The figure below shows a cylindrical can filled with a liquid of density 0.8 g...

   Related Topics

Measurement 1 Magnetism Equilibrium and Center of Gravity (CoG) Reflection at curved surfaces (Concave and Convex) energy-work-power-and-machine-form-three Gas Laws Thin Lenses Electromagnetic Spectrum Electromagnetic Induction Photoelectric Effect Radioactivity Electronics