At 2700 km in diameter, it is the seventh largest moon in the Solar System. Triton comprises more than 99.5% of all the mass known to orbit Neptune, including the planet's rings and twelve other known moons.
Titan, the largest satellite of Saturn, is the second-largest moon in the solar system after Jupiter's Ganymede. Its diameter is about 5152 kilometres and its radius is 2576 km or 0.404 Earth radii.
Titanoboa was the largest snake ever to exist on earth. It was 40 to 50 ft long, and weighed 2500 pounds.
Titan is 3,200 mi (5,150 km) in diameter.
The anaconda which can grow up to 32 ft. long.
Yes, it does. - Known as Gross weight.
food weight, water weight
Multiply Earth weight by 0.379 .
mass
Titanoboa was created in 2009.
I Would Say Either But I Would Have To Go With Megalania Because It Was Smarter And Had Sharper Teeth Than Titanoboa. Yes, I Know Titanoboa Was Larger, Stronger And Has The Ability To Constrict But Megalania Had Huge Teeth That Can Bite Through Titanoboa's Skin, Megalania Had A Long Tail That Could Probably Slap Titanoboa's Head. And With The Titanoboa Stunned, The Megalania Can Eat The Titanoboa. And Yes, I Know They Did Not Meet.
I Would Say Either But I Will Have To Say Megalania Because It Was Smarter Than Titanoboa And Also Had More Sharper Teeth Than Titanoboa. And Yes, I Know Titanoboa Was Larger, Stronger And Had The Ability To Constrict Like It's Smaller Living Cousins Today But Megalania Was Smarter, Faster And Had Sharper Teeth Than Titanoboa. Titanoboa Would Crush Itself On Land If It Stayed On Land For Too Long. Megalania Had Another Trick On It's Sleeve That It Did To Prey And It Was Tail Swiping Like If A Titanoboa Came Out Of The Water To Feed, A Megalania Comes Out And Tail Swipes The Titanoboa And Kills It. And Yes, I Know They Don't Meet.
the first ice age killed the titanoboa about 50million years ago
49997987
Titanoboa
solitary
it froze to death
Kevin Hockley
13 to 15 meters
Carlos Jaramillos
Titanoboa is estimated to have been around 49 feet from nose to tail. This estimate was derived by using complex calculations based on measurements taken from specimens of skeletal remains - coupled with computer simulations.