Category:Popular Science Monthly illustrations/Volume 78

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Media in category "Popular Science Monthly illustrations/Volume 78"

The following 152 files are in this category, out of 152 total.

Popular Science Monthly Volume 78.djvu 2,444 × 3,502, 638 pages; 21.12 MB
PSM V78 D009 About the mediterranean.png 1,198 × 1,626; 297 KB
PSM V78 D010 Agave as thick as a human body.png 1,169 × 1,142; 259 KB
PSM V78 D010 Grown for pulque.png 1,174 × 998; 279 KB
PSM V78 D011 Giants and pygmies.png 787 × 1,219; 261 KB
PSM V78 D011 Scarcely equals a seed vessel.png 644 × 780; 125 KB
PSM V78 D012 In the Pajarito mountains.png 1,406 × 1,799; 550 KB
PSM V78 D013 Candelabrum like panicles.png 1,383 × 1,921; 588 KB
PSM V78 D014 A wand like spike.png 1,388 × 1,764; 588 KB
PSM V78 D015 Agave parviflora.png 787 × 2,671; 164 KB
PSM V78 D015 Characteristic of the grand canyon.png 256 × 770; 142 KB
PSM V78 D016 Agave pistils.png 1,583 × 1,146; 426 KB
PSM V78 D017 Juvenile agave foliage.png 1,578 × 1,009; 369 KB
PSM V78 D018 The lechuguilla.png 781 × 2,588; 420 KB
PSM V78 D107 Astronomers on mount wilson.png 2,847 × 1,348; 909 KB
PSM V78 D132 Alpheus Hyatt.png 1,519 × 2,396; 856 KB
PSM V78 D134 Wansbeck as it is today.png 1,571 × 1,159; 517 KB
PSM V78 D135 Prof hyatt desk on his day of death.png 1,578 × 1,222; 474 KB
PSM V78 D189 Dynamics of the golf ball 1.png 1,340 × 238; 11 KB
PSM V78 D189 Dynamics of the golf ball 2.png 1,549 × 450; 29 KB
PSM V78 D189 Dynamics of the golf ball 3.png 1,701 × 383; 35 KB
PSM V78 D190 Dynamics of the golf ball.png 793 × 293; 23 KB
PSM V78 D191 Effect of air on the golf ball rotation in flight 1.png 1,229 × 445; 23 KB
PSM V78 D191 Effect of air on the golf ball rotation in flight 2.png 1,260 × 379; 19 KB
PSM V78 D192 Golf ball rotation during flight is explained.png 697 × 233; 7 KB
PSM V78 D192 Pendulum cylinder rotation is explained.png 876 × 911; 22 KB
PSM V78 D193 Air stream effect on smooth and rough golf ball surface.png 1,313 × 785; 123 KB
PSM V78 D193 Air stream forces the golf ball to rotate.png 307 × 562; 14 KB
PSM V78 D194 Air stream speed variation above or below the golf ball in flight.png 765 × 232; 15 KB
PSM V78 D196 Effect of gravity on electrons flowing in a magnetic field.png 1,381 × 445; 46 KB
PSM V78 D196 Effect of underspin after tee off.png 701 × 505; 13 KB
PSM V78 D197 Effect of gravity on electron flow or golf ball flight 1.png 1,103 × 137; 7 KB
PSM V78 D197 Effect of gravity on electron flow or golf ball flight 2.png 1,248 × 226; 13 KB
PSM V78 D197 Effect of gravity on electron flow or golf ball flight 3.png 1,450 × 588; 20 KB
PSM V78 D198 Abrupt drop of a golf ball or electron flow.png 1,260 × 371; 10 KB
PSM V78 D198 Boomerang effect caused by extreme arcing.png 1,149 × 471; 10 KB
PSM V78 D198 Similarities of looping in flight caused by increased spin.png 1,567 × 359; 15 KB
PSM V78 D199 Ball spinning on its vertical axis caused by an exaggerated slice.png 1,344 × 610; 20 KB
PSM V78 D199 Vertical magnetic force applied to a stream of electrons.png 1,438 × 753; 42 KB
PSM V78 D200 Cross wind effect on the flying ball rotation.png 1,536 × 562; 32 KB
PSM V78 D201 Cross wind effect on slice direction 1.png 1,562 × 647; 41 KB
PSM V78 D201 Cross wind effect on slice direction 2.png 1,521 × 564; 50 KB
PSM V78 D204 Charles Edwin Bessey.png 1,504 × 2,195; 870 KB
PSM V78 D206 Folwell hall college building.png 2,976 × 1,524; 1,013 KB
PSM V78 D207 The library.png 1,555 × 1,164; 507 KB
PSM V78 D208 Main building of the school of agriculture.png 1,613 × 1,240; 468 KB
PSM V78 D252 The albatross in port.png 1,611 × 1,942; 758 KB
PSM V78 D254 Dredging winch of the albatross.png 1,620 × 1,165; 456 KB
PSM V78 D255 Sounding instruments.png 1,596 × 1,218; 322 KB
PSM V78 D263 Corn yield of 35 bushels without fertilization.png 1,615 × 786; 297 KB
PSM V78 D263 Corn yield of 79 bushels with partial fertilization.png 1,618 × 780; 270 KB
PSM V78 D263 Corn yield of 86 bushels with full range of fertilization.png 1,606 × 787; 274 KB
PSM V78 D266 Clover on the fairfield experiment field in southern illinois.png 1,603 × 994; 411 KB
PSM V78 D318 Design for the princeton university graduate college.png 3,058 × 1,608; 1,007 KB
PSM V78 D319 Ground plan of the Princeton university buildings.png 1,657 × 1,074; 145 KB
PSM V78 D320 Francis Galton.png 1,576 × 2,305; 660 KB
PSM V78 D321 Autographed letter by francis galton.png 1,719 × 2,310; 137 KB
PSM V78 D325 Pythagoras.png 1,255 × 2,009; 804 KB
PSM V78 D326 Ptolemy.jpg 528 × 647; 408 KB
PSM V78 D326 Ptolemy.png 1,622 × 1,935; 1.08 MB
PSM V78 D327 Apparent path of mars.png 1,706 × 845; 85 KB
PSM V78 D327 Ptolemaic system.png 1,274 × 1,287; 251 KB
PSM V78 D330 Nicolas Copernicus.png 1,534 × 1,818; 475 KB
PSM V78 D331 The solar system as conceived by copernicus.png 1,411 × 1,395; 121 KB
PSM V78 D333 Tycho Brahe.png 1,411 × 1,969; 1,003 KB
PSM V78 D334 Geocentric system after tycho brahe.png 1,287 × 1,291; 92 KB
PSM V78 D335 Johanne Kepler.png 1,589 × 1,942; 823 KB
PSM V78 D337 Archimedes.png 1,331 × 1,309; 398 KB
PSM V78 D338 Galileo Galilei.png 1,406 × 1,961; 688 KB
PSM V78 D343 Isaac Newton.png 1,589 × 2,138; 813 KB
PSM V78 D344 Solar system after newton.png 1,732 × 1,701; 101 KB
PSM V78 D352 Edward Palmer.png 1,306 × 2,107; 334 KB
PSM V78 D399 Harvard college grade distribution of elementary courses.png 1,758 × 2,102; 263 KB
PSM V78 D400 Harvard college grade statistics 1.png 1,812 × 930; 166 KB
PSM V78 D400 Harvard college grade statistics 2.png 1,509 × 876; 100 KB
PSM V78 D401 Harvard college grade statistics 3.png 1,270 × 778; 81 KB
PSM V78 D401 Harvard college grade statistics 4.png 1,256 × 817; 84 KB
PSM V78 D402 Harvard college grade statistics 5.png 1,720 × 2,653; 195 KB
PSM V78 D403 Harvard college grade statistics 6.png 1,667 × 2,437; 145 KB
PSM V78 D404 Harvard college grade statistics 7.png 1,687 × 2,438; 206 KB
PSM V78 D405 University of california grade statistics 8.png 1,672 × 2,327; 352 KB
PSM V78 D408 College grade distribution and frequency statistics 9.png 1,253 × 1,747; 269 KB
PSM V78 D409 Mean and extreme distributions of grades a and e 10.png 1,668 × 1,328; 353 KB
PSM V78 D410 Mean and extreme distributions of grades a and e 11.png 1,658 × 1,015; 146 KB
PSM V78 D419 Us population increase between 1650 to 1900.png 1,691 × 1,418; 394 KB
PSM V78 D420 Total population percentage of us cities of 8000 and over.png 1,673 × 1,151; 242 KB
PSM V78 D421 Population increase by state as of 1910.png 1,650 × 1,076; 341 KB
PSM V78 D422 Tower telescope of the mount wilson observatory.png 1,600 × 2,163; 1.86 MB
PSM V78 D423 Charles Frederick Chandler.png 562 × 768; 394 KB
PSM V78 D424 An old cambridge landmark.png 1,621 × 1,215; 1.24 MB
PSM V78 D425 Alfred Russel Wallace.png 412 × 767; 226 KB
PSM V78 D427 Natural limestone bridge formation in partial tunnel roof caving.png 1,229 × 815; 279 KB
PSM V78 D428 North adams ma natural bridge.png 836 × 1,367; 738 KB
PSM V78 D430 Natural bridge across the kicking horse river in bc.png 1,657 × 2,179; 1.77 MB
PSM V78 D431 Kicking horse river course under the bridge.png 1,285 × 879; 82 KB
PSM V78 D432 Bridge forming by the headward cutting of two rivers.png 1,244 × 1,241; 198 KB
PSM V78 D432 Natural bridge near the station at natural bridge kentucky.png 1,235 × 538; 307 KB
PSM V78 D433 Lava natural bridge in yellowstone park.png 1,647 × 2,271; 2.2 MB
PSM V78 D434 Natural bridge of swift camp creek near campton ky.png 1,638 × 1,267; 1.07 MB
PSM V78 D434 Pine arizona travertine natural bridge formation.png 1,236 × 1,049; 534 KB
PSM V78 D435 Natural bridge formation of an entrenched meander 1.png 1,339 × 826; 280 KB
PSM V78 D435 Natural bridge formation of an entrenched meander 2.png 1,238 × 900; 303 KB
PSM V78 D436 Natural bridge below creelsboro kentucky.png 1,599 × 1,038; 1 MB
PSM V78 D437 Natural arch formation by wave action near santa cruz ca.png 1,646 × 1,156; 840 KB
PSM V78 D480 Healthy and diseased twigs by pear blight.png 841 × 1,421; 634 KB
PSM V78 D480 Potato destroyed by the wart disease.png 651 × 824; 299 KB
PSM V78 D481 Chestnut trees destroyed by bark disease.png 1,541 × 1,171; 998 KB
PSM V78 D481 Distribution of chestnut bark disease by county and state.png 1,250 × 1,028; 395 KB
PSM V78 D482 Intercontinental migration of plant diseases.png 3,248 × 1,780; 348 KB
PSM V78 D483 Interstate migration of plant diseases 1886 to 1896.png 1,629 × 1,055; 171 KB
PSM V78 D484 Advance knowledge of the spread of plant diseases 1.png 1,686 × 1,228; 493 KB
PSM V78 D484 Advance knowledge of the spread of plant diseases 2.png 1,671 × 1,207; 341 KB
PSM V78 D485 Advance knowledge of the spread of animal diseases 1.png 1,642 × 916; 258 KB
PSM V78 D485 Advance knowledge of the spread of human diseases 1.png 1,628 × 1,188; 292 KB
PSM V78 D513 North american ute aztecan language family.png 1,624 × 1,964; 225 KB
PSM V78 D516 North american inuit algonquin and athabascan language map.png 1,635 × 1,975; 405 KB
PSM V78 D528 Cavendish laboratory entrance.png 1,457 × 1,888; 781 KB
PSM V78 D529 James Clerk Maxwell.png 835 × 1,056; 189 KB
PSM V78 D529 John William Strutt.png 832 × 1,101; 218 KB
PSM V78 D529 Joseph John Thomson.png 848 × 1,261; 270 KB
PSM V78 D535 Daily estimate of mantis survival on brown and green vegetation.png 1,259 × 1,373; 90 KB
PSM V78 D537 Carapace of the shore crab carcinus maenas.png 850 × 718; 29 KB
PSM V78 D538 Change in the frontal breadth of carcinus.png 1,101 × 1,649; 155 KB
PSM V78 D541 Longitudinal sections of marine mollusks of australia.png 1,265 × 630; 66 KB
PSM V78 D545 Comparisons of matured fruits with fallen ovaries of staphylea.png 1,284 × 1,652; 133 KB
PSM V78 D546 Percentage of radial symmetrical staphylea ovaries from miss botanical garden.png 1,664 × 692; 48 KB
PSM V78 D547 Percentage of odd locules in eliminated and matured ovaries of staphylea 1908.png 1,653 × 661; 46 KB
PSM V78 D566 Euclid postulate which cannot be established by argument.png 1,244 × 528; 17 KB
PSM V78 D568 Euclid postulate of two parallel lines.png 1,655 × 618; 80 KB
PSM V78 D569 Euclid hypothesis of triangles.png 1,630 × 915; 217 KB
PSM V78 D570 Non euclidean representation of curved space.png 1,480 × 1,453; 246 KB
PSM V78 D595 Vienna institute for experimental biology.png 1,573 × 1,219; 458 KB
PSM V78 D596 Outdoor terraria.png 1,647 × 1,256; 496 KB
PSM V78 D596 Terrarium.png 854 × 845; 107 KB
PSM V78 D597 House for higher vertebrates.png 1,649 × 1,278; 415 KB
PSM V78 D598 View of the hothouse.png 1,654 × 1,287; 535 KB
PSM V78 D599 Interior of the hothouse.png 1,630 × 1,243; 577 KB
PSM V78 D600 Algae culture space of the main building.png 1,641 × 1,232; 511 KB
PSM V78 D601 Basin for higher vertebrates.png 1,638 × 1,230; 468 KB
PSM V78 D602 Cement basins in the garden.png 1,644 × 1,248; 601 KB
PSM V78 D603 The physical chemical laboratory.png 1,625 × 1,201; 436 KB
PSM V78 D604 The dark rooms.png 1,643 × 1,276; 491 KB
PSM V78 D605 Over and under lighting apparatus.png 844 × 514; 60 KB
PSM V78 D605 Warm room with elevated temperature.png 1,642 × 1,263; 476 KB
PSM V78 D606 Salt water cooling condenser and circulation system.png 1,626 × 1,089; 526 KB
PSM V78 D607 Sea water aquaria and the aeration equipment.png 1,642 × 1,182; 398 KB
PSM V78 D608 Sea water circulating pump.png 1,647 × 842; 165 KB
PSM V78 D609 Vienna institute of experimental biology museum.png 1,636 × 1,209; 421 KB
PSM V78 D610 Specimen display at the entrance.png 1,647 × 1,204; 495 KB
PSM V78 D626 John William Draper.png 1,547 × 2,571; 793 KB
PSM V78 D627 Dorothy Catherine Draper.png 1,039 × 1,332; 287 KB
PSM V78 D628 Henry Pickering Bowditch.png 1,557 × 2,213; 769 KB