how much does a beetle weigh? The insect not the vehicle.?
476014
Theres loads of types of beetles so because they're different sizes and shapes!!They weigh different ha now what do you know!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
923683
Ironclad beetle\n\nThe armored tank of the beetle world.\n\nhttp://insects.tamu.edu/fieldguide/bimg170.html\n\nhttp://www.texasento.net/Ironclad.html\n\nhttp://bugguide.net/node/view/5779/bgpage\n\nhttp://en.wikipedia.org/wiki/Zopherinae
428750
Insects have 6 legs. Arachnids, which are sometime mistaken for insects, have 8 legs.\n\nAnts are insects. Some arachnids you might come across in your daily life are spiders and ticks.
104842
There doesn't seem to be an easily accessible table online, but the link below leads to a page which discusses characteristics of insects, including weight.
403111
well yea he is right to a point. it falls on the person that is using the tank. the bigger and/or taller the person is the more air they would use and the smaller the less. easy way to explain it is. think of a small car vs a huge truck. which uses more gas ??
898474
Any car with your mom in it! It would be way too heavy to fly!
905267
From Link 1 :\n\nThe largest living insect species, by virtue of having the greatest visible body mass and probably weight, are the giant scarabs, Goliathus goliatus, Goliathus regius, Megasoma elephas, Megasoma actaeon, and the immense cerambycid, Titanus giganteus. No clear winner can be declared on the basis of objective data, the candidates being nearly equal in this regard, but a visual comparison of all of them, side by side and scaled to maximum known size, may convince one otherwise. The heaviest weight reliably reported for any insect is 71 grams for the protected giant weta, Deinacrida heteracantha, of New Zealand.\n\n\nFrom Link 2 :\n\nThe Heaviest Insect: A Goliath Beetle from tropical Africa, weights in at 3 1/2 ounces.\n \nThe Heaviest Water Insect: The Giant Water Bug of South America, tips the scales at nearly two ounces.
709561
An object has mass regardless of gravity.  Gravity gives us 'weight' by placing force on the mass.\n\nSo, strictly speaking, an object's "mass" is a measure of how much matter it contains.  An object's "weight" is a measure of gravity's effect on that object.\n\nSo an object's mass doesn't change if it is on a different planet, but its weight will.
473006
Among the insect species many insects like dung roller beetles, dragonflies etc., carry goog weights with consumate eases. But ants are the real heavy weight champions which could carry more greater weights (almost nine times their body weight).
778402
Mass is a property of matter, it is related to its bulk; how much stuff there is. Weight is the result of a mass subjected to an acceleration, usually the gravity of a planet.  How much gravity a planet gives is a function of its mass, so smaller planet or moons will make you feel lighter (less weight) despite your constant mas.  Also, if you are in orbit, in what is called micro-gravity or free fall, you can even stop feeling any acceleration at all, hence you are weightless, but not massless. In space, you could move very large objects as they have no weight, but you could only move them slowly as your force is limited, and the mass of the object is still there.\nWeight is in direct proportion of the mass of the object attracting you, an in inverse square proportion of how far away one is from the object.\n\nThink of it as pushing a car on neutral on a flat road.  How come it takes so much strength?  Because the car has mass.  In this case, its weight is irrelevant as it it entirely supported by the wheels. But the bulk remains.  Here, the weight manifest itself by hom much compressed the tire and suspension components are squeezed.\nYou can also envision a large ship.  Again, its weight is balanced by the buoyancy of the water -- the weight determines how deep the ship sits in the water.  But try to put it in motion (you have a rope attached to it, and you are on land pulling), and that will take a lot of force.  Sure the ship will move, but that would be very slowly, because the mass of the ship is so great.
521023
That would be an exoskeleton. Basically a shell on an organism (ants, beetles, most insects), instead of having bone structures such as humans and other mammals
427626
Ok, lets get it straight-You are diving 40 feet in the *air* and then hit the water, right?  Not diving 40 feet in water.  Ok, so the carp is just under the surface of the water, lets assume.  When you two hit, you weigh, I would guess, a lot more than the carp.  The amount of "hurt" is given by the relative g-force each of you changes over time..how much change in momentum there is.  So, when you and the carp hit, you slow down a little, but the carp speeds up a whole lot.  Since you have the mass on your side, the poor carp has far greater acceleration change than you do.  It is the same as asking-if a train hits a car, which is damaged more?  It doesnt matter whether its the train moving at 60 mph and hitting a stopped car, or a car going 60 mph and hitting a stopped train.  The mass is almost all on the train's side, so the change in acceleration is almost all on the car.  Momentum is conserved.  Big MO = mass X speed.  You move some of big Mo over to the carp.  you hae big mass, so your speed changes only a little.  Carp has little mass, so it's speed changes a lot, so the equation balances.  Carp hamburgers for supper!
98260
The Volkswagen Beetle
1091336
Things would weigh less than on earth\n\nst
344744
I went to Nasa's website, which has an explanation about this. I calculated it out and it turned out to be 145 pounds, rounded to the nearest pound. I myself do not exactly understand the equation fully, but I do understand the concept. Hope this helps!
784060
Mass (kg) 5.688e+26 \n\nAsking or saying the mass of a planet has more meaning.  You can't really talk about the weight of a planet.
501010
depends on how big the little buger is LOL