Spiders

This is an example of high reproductive potential but low survivorship. Spiders produce many offspring to increase the chances of some surviving, as they are typically preyed upon by other animals or face environmental challenges. Only a few spiderlings may make it to adulthood, ensuring the continuation of the species.

Spiders do not typically leave triangular bite marks. Spider bites can vary in appearance depending on the species and individual reaction, but they often resemble small puncture wounds or red bumps with swelling. If you suspect a spider bite, it's best to seek medical advice for proper identification and treatment.

they ae pices of cake that got cut up into lines. So next time you see a spider kill it and make sure to eat the things on the top its head. Please make sure you dont do this to much or it could mess up the food chain. WARNING: please eat responsbile. Have a good time eating the things on the top of spiders head. By the way the things are called cake sticks. Hae fun!

The spider animal group is named after the arachnid "spider," which is one of the key species in this group. Spiders are known for their ability to produce silk for making webs and capturing prey.

The black widow spider protects itself by utilizing its venomous bite. When threatened, it may inject venom into a predator or perceived threat through its fangs. This venom can be harmful, or even fatal, to other animals, serving as a defense mechanism for the black widow.

A learned behavior of spiders is that they know to stay out of sight. Some types of spiders have even adapted to make specialized webs, in order to trick their prey.

They don't usually live in bananas. They live in the north America but they live on top of the banana on the topping so be careful when you buy bananas. The bananas you buy comes from other places so good luck.
Banana spider is the common name given to large (3 cm body length) active hunting spiders of the genus Phoneutria (Family: Ctenidae). These spiders live in Central and South American rainforests. They are often found in rubbish around human dwellings, as well as hiding in foliage such as banana leaves where they sometimes bite workers harvesting bananas. They have a reputation for being quite aggressive.

Spiders produce venom in specialized glands located near their fangs. The venom is a mixture of proteins and enzymes that help spiders immobilize their prey and begin the digestion process before consuming it.

It is unlikely that a red back spider can kill a daddy long leg spider, as they have different habitats and prey preferences. Red back spiders are more likely to prey on insects and other small spiders rather than daddy long legs.

No, it is not true that there are spider eggs in the bottom of a banana. Bananas are grown on trees and do not harbor spider eggs. The brown spots that may sometimes appear at the end of a banana are simply a natural part of the fruit ripening process.

Quad mean four, and ped means feet, so the answer is four.

Lead poisoning is a medical condition, also known as saturnism, plumbism or painter's colic, caused by increased blood lead levels. Lead may cause irreversible neurological damage as well as renal disease, cardiovascular effects, and reproductive toxicity.

While a small amount of 409 may kill spiders upon contact, it is not a recommended method for spider control. It is safer and more effective to use specific insecticides designed for spiders or to remove spiders using non-lethal methods.

Spiders are more active in the summer because warmer temperatures increase their metabolism and make it easier for them to catch prey. Additionally, many insect species that spiders feed on are more abundant during the summer months, providing a plentiful food source for spiders.

Spiders have exoskeletons and also a small endoskeleton of plates made of a cartilage-like material.
Spiders have exoskeletons and also a small endoskeleton of plates made of a cartilage-like material.

The tan and black spider with horns on its back is the Arrow-shaped Micrathena. These spiders spin their webs in spirals and hang in the center of the web, often mistaken for a piece of wood or leaf.

It varies. Typically insects (which are arthropods) have 6, although it can vary depending on species. Because the name "arthropod" refers to any organisms with exoskeletons, there is no exact number of legs that an arthropod may possess. Insects in general possess 6 limbs, while arachnids such as spiders have 8. Crustaceans like lobsters or crabs may support 10 or more. Still, some species in the subphylum myriapoda such as millipedes or centipedes may contain at least 9 pairs of legs. The leggiest specie of arthropod, Illacme plenipes, which is a Californian millipede, has been recorded for having 750 legs.

An arachnid has 2 body sections and 8 legs. An example is a spider or scorpion.

Most spiders typically live for about a year, although up to five to six months of this may well be spent in the egg stage.

However, there are some tarantulas that can live for as many as twenty years, and even one species has been known to survive over thirty years in captivity.

Then there are some tropical jumping spiders that only live for three months or less.

http://arachnophiliac.info/burrow/how_long.htm

Spiders can be found in various habitats worldwide, including forests, grasslands, deserts, and even human dwellings. They typically prefer dark, sheltered places where they can build their webs to catch prey.

They don't have mouths so there fangs sink into their pray releasing a paralysis poison into the body. Then later when it wants to eat it it releases another poison into its prey which liquefies its organs which are then sucked up through fangs and into the stomach.

Black widow spider venom affects the nervous system. Because the bite itself is relatively mild, some people may not even realize immediately that they were bitten. The venom causes pain in the lymph nodes. Other symptoms of a severe bite include dizziness, blurred vision, nausea, elevated blood pressure, sweating, tremors, breathing difficulty and increased white blood cell counts. The wound may appear as a bluish red spot, surrounded by a whitish area. Both male and female spiders bite, but adult females produce the most severe bites. A physician should be contacted immediately following a suspected bite. An antivenin serum is available through a physician, but it must be administered soon as possible after the bite occurs. When this happens, fatalities are rare and recovery is usually quick and complete. --------------------- Long story short: The venom attacks your nerves, which could lead to becoming comatose, seizure, & paralysis.

Spiders do not have a backbone because they belong to a group of animals called arachnids, which have an exoskeleton instead of an internal skeleton. This exoskeleton provides support and protection for their bodies. Spiders are able to move and function effectively without a backbone due to this exoskeleton.

The exoskeleton is made of several layers of cuticle, a composite material containing various proteins and chitin, a long-chain polysaccharide (sugar). The chitin and protein molecules are arranged in long chains, in successive layers, like the grain in plywood. This structure makes cuticle extremely strong, as well as highly effective at keeping the spider from drying out, but the material does have one serious drawback. While it's flexible enough for movement, it can't expand like human bones and tissue -- in other words, it can't grow. In order to increase its size, the spider has to form a new, larger cuticle exoskeleton and shed its old one (this is called molting). Molting occurs frequently when a spider is young, and some spiders may continue to molt throughout their life. At the appropriate time, hormones tell the spider's body to absorb some of the lower cuticle layer in the exoskeleton and begin secreting cuticle material to form the new exoskeleton. The new exoskeleton is typically folded to some extent, so it can expand once the spider sheds the older one. The spider also secretes a molting fluid between the old exoskeleton and the new one. Once the new exoskeleton is finished, the spider absorbs the molting fluid. This creates a gap between the two exoskeletons, which makes it easier to separate them.