behind the small slug it should remain above the speed of sound in diamond until (20Kg*4000Km/s/15km/s) the total mass of matter it has punched through reaches 5.3 tonnes. Second‚ things heat up when they are compressed as given by the perfect gas law (at these energy densities it is close enough for our purposes despite everything bieng solid) so when the projectile gets compressed it heats up‚ if it heats up to the correct level it melts‚ vaporizes and turns into plasma‚ that depends on the energy
Premium Mass Energy Thermodynamics
Assume that the lung gases are saturated with moisture at a body temperature of 37°C. Calculate the partial pressure of inert gas (mostly nitrogen) in the climbers’ lungs. 72. During a collision‚ automobile air bags are inflated by the N2 gas formed by the explosive decomposition of sodium azide‚ NaN3. 2NaN3 --> 2Na + 3N2 What mass of sodium azide would be needed to inflate a 25.0-L bag to a pressure of 1.40 atm at 25°C?
Premium Gas Pressure Thermodynamics
The Lab Report‚ Significant Figures & Working with Numbers CHMY 142-18 Experiment 1 September 4th‚ 2009 Introduction: This experiment is dealing with the relative accuracy of an individual measurement. Data will be provided to perform the calculations asked for. The purpose of this experiment is to know how to use significant figures and to get formularized with making proper laboratory reports. Procedure: Use the data table’s information to solve the missing
Premium Temperature Volume Density
condition. • Seal Gas Skid: Always Charge gas through gas filters GT-F8102 and fill the system. This prevents dirty gas going to seals. • Always maintain barrier seal pressure @ 0.3to 0.5 atg on OTB side and TB side before start of the Lube oil Pump and during normal operation. • Open the suction valve HIC 8001 only after the system is filled with gas and reaching the suction pressure. • Open the discharge valve GTV 8002 before starting of compressor as seal gas to compressor is
Premium Suction Liquid Pressure
Common Name: Pearl Scientific Name: Calcium Carbonate Formula: CaCO3 Fundamental particles: Pearls are comprised of a positive Calcium ion (Ca+) and a negative Carbonate polyatomic ion (CO3+) Usage: Jewelry Properties: Pearls are good jewelry because they are hard and lustrous. Pearls are hard because of the strong Intermolecular forces created between the Calcium and the Carbonate ions. The pearls luster is dependent on the amount of nacre excreted. The Oyster produces nacre when
Premium Calcium carbonate Sodium bicarbonate Carbon dioxide
05_CTR_ch14 7/12/04 8:13 AM Page 351 Name ___________________________ 14.3 Date ___________________ Class __________________ IDEAL GASES Section Review Objectives • Compute the value of an unknown using the ideal gas law • Compare and contrast real and ideal gases Vocabulary • ideal gas constant (R) • ideal gas law Key Equation • Ideal gas law: P V n R T or PV nRT Part A Completion © Pearson Education‚ Inc.‚ publishing as Pearson Prentice Hall. All rights
Premium Ideal gas law Gas Pressure
molecular considerations‚ identify which intermolecular interactions are significant (including estimating relative strengths of dipole moments‚ polarizability‚ etc.) • Apply simple rules for calculating P‚ v‚ or T ◦ Calculate P‚ v‚ or T from non-ideal equations of state (cubic equations‚ the virial equation‚ compressibility charts‚ and ThermoSolver) ◦ Apply the Rackett equation‚ the thermal expansion coefficient‚ and the isothermal compressibility to find v for liquids and solids • State the molecular
Premium Ideal gas law Gas laws Thermodynamics
Kinetic Theory of ideal gases - It is employed to express quantitatively the ideal gas model. Postulates: 1- A gas consists of molecules of mass (m) and diameter (d). 2- Molecules move continuously and randomly. 3- Molecules are treated as points‚ having no volume 4- Molecules collide with each other‚ changing direction and velocity. 5- Collisions are elastic (no loss of translational energy) no potential energy of interaction between them. Derivation of the ideal gas equation from the
Premium Ideal gas law Gas Pressure
– indication of fuel pressure‚ typically in psi g. Fuel flow – indication of rate of fuel flow/”burn” in gal or lbs. per hour h. Exhaust gas temperature (EGT) – indication of (hottest) cylinder exhaust i. Carburetor air temperature (CAT) – indication of temperature in carburetor j. Turbine inlet‚ outlet‚ or interstage temps (TIT‚ TOT‚ ITT) – indicate turbine gas flow temperatures II. Requirements (14 CFR 23) A. Markings 1. Radial line – indicates minimum or maximum limits 2. Arc – indicates an allowable
Premium Thermodynamics Gas Temperature
The Gas Laws The Gas Laws 1. Boyle’s Law – P-V Relationship the pressure of a fixed amount of gas maintained at constant temperature is inversely proportional to the volume of the gas. The Gas Laws 2. Charles’ Law – T-V Relationship the volume of a fixed amount of gas maintained at constant pressure is directly proportional to absolute temperature of the gas. The Gas Laws 3. Gay-Lussac’s Law – P-T Relationship the pressure of a fixed amount of gas maintained
Premium Ideal gas law Pressure Gas laws