TNT (CGH2(NO2)3CH3 ) is an explosive with the below given detonation reaction. By ignoringthe volume of the solid product, what pressure will be exerted at 300 K in a confinedspace of 600 m3 if 10 kilomole of TNT detonates? (R = 0.082057 L .atm / (mol.K), Atomicmasses: C:12, H:1, N: 14, O:16 )%3DHint: The space initial pressure was 1 atm.CGH2(NO2)3CH3 6C0 + 2.5H2 + 1.5N2 + C (s)

We are given, temperature=300K Moles of TNT =10 Kilo mole=10×1000 mole Volume=600m3 initial pressure…

TNT (CH2(NO2)3CH3 ) is an explosive with the below given detonation reaction. By ignoring the volume of the solid product, what pressure will be exerted at 300 K in a confined space of 600 m³ if 10 kilomole of TNT detonates? (R = 0.082057 L .atm / (mol.K), Atomic masses: C:12, H:1, N: 14, O:16 ) %3D Hint: The space initial pressure was 1 atm. C6H2(NO2)3CH3 6C0 + 2.5H2 + 1.5N2 + C (s)

TNT (CH2(NO2)3CH3 ) is an explosive with the below given detonation reaction. By ignoring the volume of the solid product, what pressure will be exerted at 300 K in a confined space of 600 m³ if 10 kilomole of TNT detonates? (R = 0.082057 L .atm / (mol.K), Atomic masses: C:12, H:1, N: 14, O:16 ) %3D Hint: The space initial pressure was 1 atm. C6H2(NO2)3CH3 6C0 + 2.5H2 + 1.5N2 + C (s)

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

Please your keep giving me alot of wrong answers
a 1.2 mol sample of oxygen is placed in a 20L tank at 100kPa, whta is tthe tank temperature?
Calculate the average translational kinetic energy, ?k, for one mole of gas at 745 K. Translational kinetic energy is sometimes called average kinetic energy. ?k= _________________J/mol Calculate the average translational kinetic energy for a single gas molecule at 745 K. ?k=___________________J/molecule
When we study photochemical processes in the upper atmosphere, we need to know how frequently atoms and molecules collide. At an altitude of 20 km, T = 217 K and PN2 = 0.050 atm (for this problem, assume only nitrogen molecules are present). What is the mean free path of N2 at an altitude of km? ( = 0.43 nm2) How many collisions per second does a N2 molecule make at an altitude of 20 km? What is the collision density, Z, under these conditions?
A moture of gaseous reactants is put nto a cyinder, where a chemical reaction turns them nto gaseous products. The cyinder has a pton that moves in or out, as necessary, to keep a constant pressure on the moture of 1 am. The cyinder is aso submerged in a large insulated water bath. (See sketch at nght) From previous expermenes, this chemicai reacton is known to release 136. of erergy. The postion of the pston is monitored, andRs determined from ts data that the pston does 366. of work on the system duning the reacon he en eemicer endtermic endthem Csthe tamwef the ater bah e Ooes the piton move in or o Des heat fon i t ut the as miue much heat fows beure your aner ha he camect umber of gnicant digits
5. Consider air (which consists of 79 mol% of N2 and 21 mol% of O2) at 300 K: (a) What is the self-collision rate of nitrogen molecules in number of collisions per m' per second? (b) What is the self-collision rate of oxygen molecules in number of collisions per m' per second? (c) What is the collision rate between oxygen and nitrogen molecules in number of collisions per m' per second? Hint: Use the hard-sphere model where all the collisions are effective. The diameters of oxygen molecules and nitrogen molecules are 3.61 Å and 3.75 Å, respectively. For self-collision scenarios, calculate reduced mass based on two molecules of the same size and mass and be mindful that the number of collisions is double counted.
To determine the molar mass of an unknown gas, its effusion time was compared to Oscon gas, which has a molar mass of 42.005g - mol-1. Asample of Oscon was found to effuse from a container in 41.71 Part A seconds. The same amount of the unknown gas requires 91.76 seconds. Rateoscon Rateunknown Determine the ratio Hint the times are not the individual rates themselves. Rates are an amount per time. Express your answer using four significant figures. ? RateOncon Rateunknown
The reaction below generate 0.025moles of H2. If the gas is collected by displacing water in a large beaker, what is the total volume of gas in the breaker if the atmosphere pressure is 0.899atm and the temperature of the water and beaker is 35 Celsius? 2Al+2NaOH+2H2O=2NaAlO2+3H2
Chem hw help thanks! (:
a) A 4.00L tank at 25.0° C is filled with 4.0 g of nitrogen monoxide (NO) and 8.3 g of sulfur hexafluoride gas (SF6). What is the mole fraction of sulfur hexafluoride? A) 0.17 B) 0.21 C) 0.48 D) 0.67 E) 0.30 F) 0.43 b) What is the ratio between the rates of effusion of sulfur hexafluoride and dinitrogen monoxide? A) (rate of SF6 effusion) = 4.87 x (rate of NO effusion) B) the rates are the same since they are at the same temperature C) (rate of SF6 effusion) = 2.21 x (rate of NO effusion) D) (rate of SF6 effusion) = 0.45 x (rate of NO effusion) E) (rate of SF6 effusion) = 0.21 x (rate of NO effusion)
How many collisions does a single Ar atom make in 1.0 s when the temperature is 25 °C and the pressure is: (a) 10 atm, (b) 1.0 atm? (Ar : M = 39.95 x 10-³ kg/mol) Z= o crel P KT
If a sample of nitrogen gas in a sealed container of fixed volume is heated from 25°C to 150°C, the Value of following quantities will remain constant? O the average speed of the molecules O the density of the nitrogen O the average intensity of a molecular collision with the walls of the container the average kinetic energy of the molecules O the pressure of the gas