Based on the water phase diagram below, which of the statements below is FALSE:OK SOK 100 K 150K 200 K 250K 300 K 350 K 400K1 TPat450 K 500 KSSOK 600 KTemperature10 MbarXI (hexagonal)100 GPa100 K. 62 GPa1 MbarVIIIVII10 GPa100 kbar(V278 K 2.1 GPa355.00 K. 2.216 GPa1 GPa XV218 K 620 MPa20 kbar-248.85 K. 3443 MPa238.5 K. 212.9 MPa272.99 K. 632.4 MPa256,164 K, 350,1 MPa251 165 K, 209.9 MPaCritical point a kbar647 K, 22.064 MPa100 MPaSolidLiquid10 MPa100 bar1 MPa10 barXI1 bar100 kPa(ortho- Freezing point at 1 atmrhombic)Boiling point at 1 atm373.15 K, 101.325 kPa273.15 k, 101.325 kPa10 kPa100 mbar1 kPa10 mbarSolid/Liquid/Vapour triple point273.16 K, 611.73 Pa100 Pa1 mbarVapour10 Pa100 pbar1Pa250 "C 200 °C 150 C -100 °C 50 °C50 °C 100 C 150 °C 200 *C 250 °C 300 C 350 C10 sbarO A system operating at 100 degC at 1 MPa will not have cavitationO A system operating at 10 MPa at 200 degC will not have cavitationO A system operating at 100 kPa at 50 degC will not have cavitationO A system operating at 1 MPa at 200 degC will not have cavitationPressure

We had plotted the graph according to each conditions. For the 4th condition (given) It is very…

Based on the water phase diagram below, which of the statements below is FALSE: OK S0K 100 K 150K 200k 250K s00 K 350 K 400 K 1 TPar 450 K 500 K 550 K 600 KTemperature 10 Mbar XI (hexagonal) 100 GPa 100 K. 62 GPa 1Mbar VII VII 10 GPa 100 kbar II 278 K 2.1 GPa 355.00 K. 2.216 GPa 1 GPa XV 218 K 620 MPa 10 kbar -248.85 K. 3443 MPa 238.5 K. 212.9 MPa 272.99 K. 632.4 MPa 256.164 K, 350.1 MPa 251 165 K, 209.9 MPa 100 MPa Critical point fabar Solid 647 K, 22.064 MPa Liquid 10 MPa 100 bar 1 MPa 10 bar XI (ortho- Freezing point at 1 atm rhombic) 100 Pa 1 bar Boiling point at 1 atm 373.15 K, 101.325 kPa 273.15 k, 101.325 kPa 10 kPa 100 mbar 1 kPa 10 mbar Solid/Liquid/Vapour triple point 273.16 K, 611.73 Pa 100 Pa 1 mbar Vapour 10 Pa 100 pbar 1Pa 250 "C 200 C 150 C -100 C 50 °C 50C 100C 1s0c 200 C 250 C 300°C 350 C 10 sbar O A system operating at 100 degC at 1 MPa will not have cavitation O A system operating at 10 MPa at 200 degC will not have cavitation O A system operating at 100 kPa at 50 degC will not have cavitation O A system operating at 1 MPa at 200 degC will not have cavitation Pressure

Based on the water phase diagram below, which of the statements below is FALSE: OK S0K 100 K 150K 200k 250K s00 K 350 K 400 K 1 TPar 450 K 500 K 550 K 600 KTemperature 10 Mbar XI (hexagonal) 100 GPa 100 K. 62 GPa 1Mbar VII VII 10 GPa 100 kbar II 278 K 2.1 GPa 355.00 K. 2.216 GPa 1 GPa XV 218 K 620 MPa 10 kbar -248.85 K. 3443 MPa 238.5 K. 212.9 MPa 272.99 K. 632.4 MPa 256.164 K, 350.1 MPa 251 165 K, 209.9 MPa 100 MPa Critical point fabar Solid 647 K, 22.064 MPa Liquid 10 MPa 100 bar 1 MPa 10 bar XI (ortho- Freezing point at 1 atm rhombic) 100 Pa 1 bar Boiling point at 1 atm 373.15 K, 101.325 kPa 273.15 k, 101.325 kPa 10 kPa 100 mbar 1 kPa 10 mbar Solid/Liquid/Vapour triple point 273.16 K, 611.73 Pa 100 Pa 1 mbar Vapour 10 Pa 100 pbar 1Pa 250 "C 200 C 150 C -100 C 50 °C 50C 100C 1s0c 200 C 250 C 300°C 350 C 10 sbar O A system operating at 100 degC at 1 MPa will not have cavitation O A system operating at 10 MPa at 200 degC will not have cavitation O A system operating at 100 kPa at 50 degC will not have cavitation O A system operating at 1 MPa at 200 degC will not have cavitation Pressure

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...

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