90 percent in turquoise on a white background 3d rendering
Caption

90 percent in turquoise on a white background 3d rendering

Date

Jun 20, 2016

Credit line

Photo12/imageBROKER/Andreas Berheide

Reference

BRK25F51_326

Model release

No

Property release

No

License type

Royalty free

Available size

57,2Mb (379,1Kb) / 16,7in x 13,3in / 5000 x 4000 (300dpi)

Keywords

wide angle wide angle wide-angle shot wide angle shot wide-angle photo wide shot number digit numbers digits deserted no one No People nobody uninhabited empty white percentage percentages percent ninety 90 studio Studio Shot Studio Shots Studio background studio photo studio picture studio photography studio photograph computer graphic computer graphics CGI illustration illustrations depiction depictions depicting representation representing symbolic symbol symbolise symbolize symbolizing symbolising sale sales cutout cut out cutout cut-out crop clipping cropping cropped exempt isolated detatched exposed exempt plate exempted turquoise turquoise blue turquoise green turquoise-coloured price prices bright light-coloured buy buying buys purchase purchasing purchases special especially depiction depictions image motif image motifs image images motif motifs sell selling sells sold 3D three-dimensional 3-D virtual rate rates rendering renderings render background plain plain-colored background background plain-coloured plain-coloured background plain background background plain-colored monochrome background plain-colored background plain-coloured background single-colored background single-coloured background background light light-colored background light-coloured background background light-colored light background bright Background 3D rendering 3D Renderings 3d render digitally generated exemptable clearable against white background background white white background on white ground isolated against white background isolated on a white background isolated on white background isolated on white white studio background on white

Restrictions

AI generated image

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