Voynich Manuscript - Folio 1v

kchsy.chadaiin.ol<->oltchey.char.cfhar.am
yteeay.char.or.ochy<->dcho.lkody.okodar.chody
do.ckhy.ckho.ckhy.shy<->dksheey.cthy.kotchody.dal
dol.chokeo.dair.dam<->sochey.chokody

The dense-hardened-status initiates an internal-base-origin where the liquid-stasis reaches an equilibrium with the liquid-edge-surface. This internal-rising-flow and internal-flow-origin reach a completed-completion. The active-triple-edge-surface and internal-rise move through a hydraulic-flow and hydraulic-internal-vessel, reaching an equilibrium with the internal-extension and dense-internal-base. The liquid-hardened-origin and hydraulic-extension-base then reach a downward-extension. The terminal-point and internal-pressure-stasis reach an internal-core-pressure and internal-pressure-status in an equilibrium with the dense-status-triple-edge and internal-pressure-rise. This hardened-edge-extension concludes at the terminal-base. The terminal-liquid-point and internal-vessel-completion reach the extension-base-completion in an equilibrium with the status-internal-surface and internal-vessel-extension.

potoy.shol.dair.cphoal<->dar.chey.tody.otoaiin.shoshy
choky.chol.cthol.shol.okal<->dolchey.chodo.lol.chy.cthy
qo.ol.choeee.cheol.dol.cthey<->ykol.dol.dolo.ykol.do.lchody
okol.shol.kol.kechy.chol.ky<->chol.cthol.chody.chol.daiin
shor.okol.chol.dol.ky.dar<->shol.dchor.otcho.dar.shody
taor.chotchey.dal.chody<->schody.pol.chodar

The hydraulic-edge-pulse and internal-flow reach a base-extension and internal-liquid-seal in an equilibrium with the extension-base and internal-rise-extension. This liquid-edge-origin reaches a stabilized-status. The internal-vessel-pulse and core-flow reach an internal-pressure-rise and internal-flow-hardening in an equilibrium with the terminal-liquid-surface and internal-extension. This terminal-flow and internal-vessel-pressure reach a state of internal-pressure. The terminal-liquid-flow and internal-fractal-expansion reach an internal-vessel-flow and terminal-liquid-pressure in an equilibrium with the active-core-hardening and terminal-liquid-extension. This active-core-hardening and downward-extension conclude at the internal-extension-base. The liquid-hardened-flow and internal-flow reach a reinforced-core and dense-internal-vessel in an equilibrium with the core-flow and internal-pressure-rise. The internal-extension and core-flow reach a terminal-base-origin. The rising-flow and liquid-hardened-flow reach a core-flow and terminal-liquid-pressure in an equilibrium with the internal-flow and internal-core-extension. The liquid-edge-extension and extension-base reach a flow-extension. The edge-order-rise and internal-edge-surface reach a terminal-base and internal-extension in an equilibrium with the stabilized-extension-base and edge-pulse-extension.