Near earth collision with a comet twice

Venus passed by the earth in close proximity to its Lithosphere causing catastrophic change on the earth: volcanoes, earthquakes, violent storms and hurricanes. Venus impact on Mars caused debris to float in spacing and asteroids rained down on the earth for nearly two decades. The book, “Earth, Moon, and Planets” Dr. Whipple predicted and postulated worlds in collision 1,500 and 4,700 years ago when a comet collided with and disrupted the planetoids that revolve by the thousands between Mars and Jupiter. Dr. Whipple studies the comet Encke and its last encounter 1,500 years ago. The first visit to the earth by the comet was in 1500 BC at the time of Mose and caused the dividing of the Red Sea. The result of the earth pass through the tail of the comet was intense heat, enormous tides, incessant violent electrical disruption between the comet and the planet. The second visit by the comet was 52 years later and coincided with Joshua’s attempt to make the sun and the moon stand still. Professor Hans Pettersson of the Oceanographic Institute at Goteborg found “evidences of great catastrophes that altered the face of the earth”, “climate catastrophes”, “volcanic catastrophes”, and “tectonic catastrophes that raised or lowered the ocean bottom hundreds and event thousands of feet” spreading huge tidal waves that destroy coastal life. Petterson discovered that the Pacific and Indian ocean-beds consisted of “largely of volcano ash” that settle after an eruption. Patterson also found evidence of a heavy shower of meteors, several hundred times greater than astronomers admit. The Comet collided with Mars in 747 BC and lost its tail and became transformed into Venus. The Venus orbit became near circular. Mars orbit was affected and in 687 BC it nearly collided with Earth. At certain epoch in the past the position of Mars and Venus were identical. Olympus mon was formed as electrons streamed to the top of the mound. The surface was raised by electrical force. The summit became a focal point of negative charged area in