Fig. 10.1, p. 491

Oct 23, 2014

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Fig. 10.1, p. 491. Table 10.1, p. 493. Fig. 10.2, p. 496. Fig. 10.3, p. 496. Fig. 10.4, p. 499. Fig. 10.4, p. 499. Table 10.2, p. 500. p. 504. p. 504. p. 505. p. 506. p. 507. Fig. 10.5, p. 508. Fig. 10.6, p. 514. Fig. 10.7, p. 515. p. 516. p. 517. Fig. 10.8, p. 522.

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Fig. 10.1, p. 491

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Fig. 10.1, p. 491
Table 10.1, p. 493
Fig. 10.2, p. 496
Fig. 10.3, p. 496
Fig. 10.4, p. 499
Fig. 10.4, p. 499
Table 10.2, p. 500
p. 504
p. 504
p. 505
p. 506
p. 507
Fig. 10.5, p. 508
Fig. 10.6, p. 514
Fig. 10.7, p. 515
p. 516
p. 517
Fig. 10.8, p. 522
Table 10.3, p. 524
Fig. 10.9, p. 525
p. 527
p. 528
p. 528
p. 529
p. 529
p. 530
p. 530
Fig. 10.10, p. 531
Fig. 10.11, p. 533
Fig. 10.12, p. 534
Table 10.4, p. 537
p. 539
p. 539
Fig. 10.13, p. 541
Fig. 10.14, p. 541
p. 555
p. 558
p. 558
p. 559
p. 560
p. 560
p. 561
p. 562

II. pH p. 481 491

Self-Ionization of Water. Two water molecules produce a hydronium ion and a hydroxide ion by transfer of a proton:H2O H2O H3O OH-The concentrations of H3O and OH- in pure water are each 1.0 x 10-7 mol/L at 25oCConcentration is represented by [ ] Ex. [H3O ] means h

280 views • 10 slides

II. pH p. 481 - 491

C. Johannesson. A. Ionization of Water. Kw = [H3O ][OH-] = 1.0 ? 10-14. C. Johannesson. A. Ionization of Water. Find the hydroxide ion concentration of 3.0 ? 10-2 M HCl.. [H3O ][OH-] = 1.0 ? 10-14[3.0 ? 10-2][OH-] = 1.0 ? 10-14[OH-] = 3.3 ? 10-13 MAcidic or basic?. Acidic. C. Johannesson. pH = -log[H3O ].

249 views • 8 slides

Fig. 10.1

Fig. 10.1. Fig. 10.2. Fig. 10.3. Fig. 10.4. Fig. 10.5. Fig. 10.6. Fig. 10.7. Table 10-3 Groups of Somatic Muscles Muscle Groups Innervation (based on shark) Axial muscles Extrinsic ocular muscles Oculomotor (III), trochlear (IV), and abducens (VI) nerves

467 views • 29 slides

II. pH (p. 481 - 491)

Ch. 15 & 16 - Acids & Bases. II. pH (p. 481 - 491). H 2 O + H 2 O H 3 O + + OH -. A. Ionization of Water. K w = [H 3 O + ][OH - ] = 1.0  10 -14. A. Ionization of Water. Find the hydroxide ion concentration of 3.0  10 -2 M HCl. [H 3 O + ][OH - ] = 1.0  10 -14

276 views • 10 slides

Fig. 19.1, p. 476

No electronic rights for this image. Fig. 19.1, p. 476. Water Quality. Do (ppm) at 20˚C. Good. 8-9. Slightly polluted. 6.7-8. Moderately polluted. 4.5-6.7. Heavily polluted. Below 4.5. Gravely polluted. Below 4. Fig. 19.2, p. 478. Clean Zone. Decomposition Zone. Septic Zone.

358 views • 18 slides

Fig. 18.4, p.547

Fig. 18.4, p.547. Fig. 18.4a, p.547. Fig. 18.4b, p.547. Fig. 18.4c, p.547. Fig. 18.22, p.565. Fig. 18.5, p.548. Fig. 18.6, p.549. Fig. 18.7, p.550. Fig. 18.10, p.553. Fig. 18.18, p.560. Fig. 18.18a, p.560. Fig. 18.18b, p.560. Fig. 18.23, p.566. Fig. 18.24a, p.567. Fig. 18.24b, p.567.

547 views • 42 slides

Fig. 12.1, p. 642

Fig. 12.1, p. 642. Fig. 12.2, p. 643. Table 12.1, p. 646. p. 648. p. 649. p. 650. p. 650. Fig. 12.3, p. 654. Fig. 12.4, p. 655. p. 656. p. 659. p. 659. p. 660.

258 views • 13 slides

Fig. 11.1, p. 564

Fig. 11.1, p. 564. Fig. 11.2, p. 565. Fig. 11.3, p. 567. Fig. 11.4, p. 568. Fig. 11.5, p. 569. Table 11.1, p. 571. Table 11.2, p. 571. Fig. 11.6, p. 572. p. 573. p. 573. p. 574. p. 575. p. 575. p. 576. p. 576. p. 576. p. 583. p. 583. p. 587. p. 588. Fig. 11.7, p. 597.

532 views • 42 slides

Fig. 22.10, p.676

Fig. 22.10, p.676. Fig. 22.11, p.676. Fig. 22.12, p.679. Fig. 22.13, p.679. Fig. 22.13, p.679. Fig. 22.14, p.681. Fig. 22.17, p.690. Fig. 22.1, p.669. Fig. 22.4, p.670. Fig. 22.5, p.671. Fig. 22.6, p.672. Fig. 22.7, p.672. Fig. 22.16, p.688. Fig. 22.17a, p.690. Fig. 22.17b, p.690.

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Fig. 20.1, p.607

Fig. 20.1, p.607. Table 20.1, p.608. Table 20.2, p.612. Fig. 20.2, p.612. Fig. 20.3, p.615. AF20.4. Fig. 20.4, p.616. AF 20.5. Fig. 20.5, p.617. Fig. 20.5a, p.617. Fig. 20.5b, p.617. Fig. 20.5c, p.617. Fig. 20.6, p.617. Fig. 20.6a, p.617. Fig. 20.6b, p.617. Fig. 20.7, p.619.

606 views • 41 slides

Fig. 20.1, p.607

Fig. 20.1, p.607. Fig. 20.1, p.607. Fig. 20.2, p.612. Table 20.1, p.608. Table 20.2, p.612. Fig. 20.3, p.615. Fig. 20.4, p.616. Fig. 20.5, p.617. Fig. 22.11, p.676. Fig. 20.14, p.627. Fig. 20.15, p.628. Fig. 20.16, p.629. Fig. 20.10, p.623. Table 20.3, p.624. Fig. 20.5a, p.617.

594 views • 44 slides

Fig 23CO, p.707

Late at night and without IRB approval, Ronnie would often enter the nursery and conduct experiments in static electricity. Fig 23CO, p.707. Fig 23-2, p.708. Fig 23-3, p.709. Fig 23-5b, p.710. Fig 23-5a, p.710. Fig 23-1, p.708. Fig 23-1a, p.708. Fig 23-1b, p.708. Fig 23-4, p.710.

857 views • 69 slides

Fig. 22.1, p.669

Fig. 22.1, p.669. Fig. 22.3, p.670. Fig. 22.4, p.670. Fig. 22.5, p.671. Fig. 22.6, p.672. Fig. 22.7, p.672. Fig. 22.8, p.674. Fig. 22.9, p.674. Fig. 22.10, p.676. Fig. 22.11, p.676. Fig. 22.12, p.679. Fig. 22.13, p.679. Fig. 22.14, p.681. Fig. 22.16, p.688. Fig. 22.17, p.690.

474 views • 29 slides

II. pH (p. 481 – 491)

II. pH (p. 481 – 491). Ch. 18-3 – Acids & Bases. Self-Ionization of Water. Two water molecules produce a hydronium ion and a hydroxide ion by transfer of a proton: H 2 O + H 2 O H 3 O + + OH - The concentrations of H 3 O + and OH - in pure water are each

284 views • 10 slides

Fig. 15.1, p.453

Active Figure 15.1. Fig. 15.1, p.453. Fig. 15.2, p.455. Fig. 15.2a, p.455. Fig. 15.2b, p.455. Fig. 15.3, p.456. Fig. 15.4, p.456. Fig. 15.5, p.456. Fig. 15.5a, p.456. Fig. 15.5b, p.456. Fig. 15.6, p.458. Active Figure 15.1. ActiveFigure 15.7 T does not depend on A. Fig. 15.7, p.458.

910 views • 69 slides

Fig. 15.1, p.453

Fig. 15.1, p.453. Fig. 15.1, p.453. Fig. 15.2a, p.455. Fig. 15.6, p.458. Fig. 15.7, p.458. Fig. 15.10, p.462. Fig. 15.11, p.463. Fig. 15.12, p.464. Fig. 15.15, p.466. Fig. 15.15a, p.466. Fig. 15.15b, p.466. Fig. 15.15c, p.466. Fig. 15.15d, p.466. Fig. P15.26, p.478. Fig. 15.17, p.468.

327 views • 21 slides

Fig. 10.1

Fig. 10.1. 3 Stages of Photosynthesis. Capturing light energy Using this energy to make ATP to split H2O molecules and use (H+) to reduce NADP+ to NADPH Both 1&2 need light and are known as the LIGHT REACTIONS

368 views • 22 slides

Fig. 16.11, p.497

Fig. 16.11, p.497. T cos q. T cos q. 2 T sin q (Restoring force) SHM. Fig. 16.11, p.497. Fig. 16.7, p.491. x,y graph : A snapshot of the displacement at some time t. y vs t : Sit at a particular x and plot displacement as a function of time. Fig. 16.8, p.492. Fig. 16.18, p.501.

286 views • 17 slides

Fig. 7.1, p.183

Fig. 7.1, p.183. Fig. 7.2, p.184. Fig. 7.3, p.185. Fig. 7.4, p.185. Fig. 7.5, p.186. Fig. 7.5a, p.186. Fig. 7.5b, p.186. Fig. 7.6, p.186. Fig. 7.7, p.189. Fig. 7.7a, p.189. Fig. 7.7b, p.189. Fig. 7.8, p.189. Fig. 7.9a, p.190. Fig. 7.9b, p.190. Fig. 7.10abc, p.191. Fig. 7.10d, p.191.

477 views • 39 slides

Fig 23CO, p.707

Chapter 23: Electric Field. 23-3 Coulomb’s Law 23-4 Electric Field 23-6 Electric field lines 23-7 Motion of charged particles in a uniform electric field. Fig 23CO, p.707. INTRODUCTION. Fig 23-2, p.708.

426 views • 41 slides

Fig. 21.1, p.641

GasLawProgram. AF2102. Fig. 21.1, p.641. Basic Assumptions of the kinetic theory. The number of molecules is Large. The average separation is large compared to the size of each molecule F=ma is valid Molecules only interact via eleastic collisions at short range.

297 views • 27 slides

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