The identity card of an element?

The identity card of an element?
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Are the identity-theft-protection services that credit card companies repeatedly try to sell (via annoying telephone calls) effective at all?

Description : Are the identity-theft-protection services that credit card companies repeatedly try to sell (via annoying telephone calls) effective at all?

Last Answer : Yes! They are worth it. But we don’t pay for ours. We had our identity stlen and during our recovery we were automatically put on a list where any unusual expenditures are flagged. This have been great for us.

Where does the tree have a digital identity card ?

Last Answer : : About 20,000 old trees in the Mount Tai area of Shandong Province in eastern China now have digital ID cards.

Is Can a child without a citizen pick up a package with a Passport or other identity card?

Description : I'm 14 years old and I'd like to buy something for my money, but my parents don't have to be home, so I'd like to know.

Last Answer : Need Answer

What companies, besides credit card companies, offer identity fraud protection?

Description : What companies, besides credit card companies, offer identity fraud protection?

Last Answer : Almost every bank and credit card service provides identity fraud protection. Any financial institution where you are placing your funds should offer you this option.

Mammal identity card. How are mammals characterized according to examples of representing beings, basic morphology, skin, respiration, circulation, nitrogen waste, thermal control and types of reproduction?

Description : Mammal identity card. How are mammals characterized according to examples of representing beings, basic morphology, skin, respiration, circulation, nitrogen waste, thermal control and types of reproduction?

Last Answer : Examples of representing beings: dogs, cats, horses, giraffes, elephants, apes, humans, bats, whales, dolphins, opossums, kangaroos, platypus. Basic morphology: hair, diaphragm muscle, ... (prototherians), marsupials (metatherians), placental (eutherians). Cell Tissue - Questions and Answers

Bird identity card. How are birds characterized according to examples of representing beings, basic morphology, skin, respiration, circulation, nitrogen waste, thermal control and types of reproduction?

Description : Bird identity card. How are birds characterized according to examples of representing beings, basic morphology, skin, respiration, circulation, nitrogen waste, thermal control and types of reproduction?

Last Answer : Examples of representing beings: chickens, sparrows, parrots, ostriches, penguins. Basic morphology: aerodynamic body, feathers, pneumatic bones, horny beaks. Skin: impermeable keratinized, ... , internal fecundation, shelled eggs with extraembryonic membranes. Mammalian - Questions and Answers

Class Reptilia identity card. How are they characterized according to examples of representing beings, basic morphology, skin, respiration, circulation, nitrogen waste, thermal control and types of reproduction?

Description : Class Reptilia identity card. How are they characterized according to examples of representing beings, basic morphology, skin, respiration, circulation, nitrogen waste, thermal control and types of reproduction?

Last Answer : Examples of representing beings: snakes, turtles, crocodiles, lizards, dinosaurs (extinct). Basic morphology: tetrapods, some with carapaces (like turtles). Skin: impermeable keratinized, corneous ... sexual, internal fecundation, shelled eggs with extraembryonic membranes. Class Aves - Q&A Review

Amphibian identity card. How are amphibians characterized according to examples of representing beings, basic morphology, skin, respiration, circulation, nitrogen waste, thermal control and types of reproduction?

Description : Amphibian identity card. How are amphibians characterized according to examples of representing beings, basic morphology, skin, respiration, circulation, nitrogen waste, thermal control and types of reproduction?

Last Answer : Examples of representing beings: frogs, toads, salamanders. Basic morphology: two pairs of limbs, eyelids, hydrodynamic larvae. Skin: moist and permeable, mucous glands. Respiration: ... reproduction: sexual, water dependant, external fecundation and aquatic larval stage. Class Reptilia Review

Fish identity card. How are fishes characterized according to examples of representing beings, basic morphology, skin, respiration, circulation, nitrogen waste, thermal control and types of reproduction?

Description : Fish identity card. How are fishes characterized according to examples of representing beings, basic morphology, skin, respiration, circulation, nitrogen waste, thermal control and types of reproduction?

Last Answer : Examples of representing beings: sharks, rays, sardines, tuna, salmons. Basic morphology: hydrodynamic body, fins; cartilaginous skeleton in chondrichthyes, bony skeleton in osteichthyes. ... sexual, internal fecundation in chondrichthyes, external in osteichthyes. Frog Facts - Amphibians Review

Chordate identity card. How are they characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Description : Chordate identity card. How are they characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Last Answer : Examples of representing beings: protochordates (ascidians, amphioxus), vertebrates. Basic morphology: branchial clefts, notochord, neural tube. Type of symmetry: bilateral. Germ layers and coelom: ... in vertebrates. Types of reproduction: sexual, with or without larval stage. Fish Review

Echinoderm identity card. How are echinoderms characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Description : Echinoderm identity card. How are echinoderms characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Last Answer : Examples of representing beings: sea cucumber, sea urchin, starfishes. Basic morphology: calcareous endoskeleton with spines, ambulacral system. Type of symmetry: secondary radial. Germ layers and ... cephalization. Types of reproduction: sexual, with larval stage. Phylum Chordata - Study Here

Mollusc identity card. How are molluscs characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Description : Mollusc identity card. How are molluscs characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Last Answer : Examples of representing beings: snails, sea slugs, octopuses, squids, mussels, oysters. Basic morphology: soft body, with or without calcareous shell. Type of symmetry: bilateral. ... system: ganglial, advanced cephalization in cephalopods. Types of reproduction: sexual. Phylum Echinodermata Review

Arthropod identity card. How are arthropods characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Description : Arthropod identity card. How are arthropods characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Last Answer : Examples of representing beings: cockroaches, flies, crabs, lobsters, shrimps, spiders, scorpions, mites. Basic morphology: segmented body (metameric), articulated limbs, chitinous exoskeleton, ... crustaceans, metamorphosis in some insects, no larval stage in arachnids. Phylum Mollusca Review

Annelid Identity card. How are they characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Description : Annelid Identity card. How are they characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Last Answer : Examples of representing beings: earthworms, leeches, lugworms. Basic morphology: cylindrical body, segmented (metameric). Type of symmetry: bilateral. Germ layers and coelom: triploblastics, ... ). Types of reproduction: sexual, with dioecious and monoecious beings. Phylum Arthopoda Review

Nematode identity card. How are nematodes characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Description : Nematode identity card. How are nematodes characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Last Answer : Examples of representing beings: ascaris, hookworms, filaria, pinworms. Basic morphology: cylindric (round) body, not segmented. Type of symmetry: bilateral. Germ layers and coelom: ... ganglial chord, primitive cephalization. Types of reproduction: sexual. Phylum Annelida - Q&A Review

Platyhelminth identity card. How are platyhelminthes characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Description : Platyhelminth identity card. How are platyhelminthes characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Last Answer : Examples of representing beings: planarias, schistosomes, taenias. Basic morphology: flat worm. Type of symmetry: bilateral. Germ layers and coelom: triploblastics, acoelomates. Digestive system: ... , beginning of cephalization. Types of reproduction: asexual and sexual. Phylum Nematoda Review

Cnidarian identity card. How are they characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Description : Cnidarian identity card. How are they characterized according to examples of representing beings, basic morphology, type of symmetry, germ layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Last Answer : Examples of representing beings: jellyfish, corals, sea anemones, hydra. Basic morphology: polyp or medusa. Type of symmetry: radial. Germ layers and coelom: diploblastics, acoelomate. Digestive ... of reproduction: asexual and sexual with larval stage and metagenesis. Flatworms - Study Them Here

Sponge identity card. How are sponges characterized according to example of representing beings, basic morphology, type of symmetry, embryonic (germ) layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Description : Sponge identity card. How are sponges characterized according to example of representing beings, basic morphology, type of symmetry, embryonic (germ) layers and coelom, digestive system, respiratory system, circulatory system, excretory system, nervous system and types of reproduction?

Last Answer : Example of representing beings: sponges. Basic morphology: tubular or globular body with spongocoel, sessile; choanocytes, pinacocytes and amoebocytes. Type of symmetry: not established. Germ layers ... Types of reproduction: asexual and sexual with larval stage. Cnidarians - Questions and Answers

The loss of identity card should immediately be notified by ______in his ______ a) Postmaster, daily dairy b) Inspector, daily dairy c) Head of the circle, circular d) None of these

Description : The loss of identity card should immediately be notified by ______in his ______ a) Postmaster, daily dairy b) Inspector, daily dairy c) Head of the circle, circular d) None of these

Last Answer : c) Head of the circle, circular

What are plastic cards the size of a credit card that contains an embedded chief on which digital information can be stored? a) Customer relationship management system cards b) E-government identity cards c) FEDI cards d) Smart cards

Description : What are plastic cards the size of a credit card that contains an embedded chief on which digital information can be stored? a) Customer relationship management system cards b) E-government identity cards c) FEDI cards d) Smart cards

Last Answer : d) Smart cards

What are plastic cards the size of a credit card that contains an embedded chip on which digital information can be stored? a. Customer relationship management systems cards b. E-government identity cards c. FEDI cards d. Smart cards

Description : What are plastic cards the size of a credit card that contains an embedded chip on which digital information can be stored? a. Customer relationship management systems cards b. E-government identity cards c. FEDI cards d. Smart cards

Last Answer : d. Smart cards

What are plastic cards the size of a credit card that contains an embedded chip on which digital information can be stored? a. Customer relationship management systems cards b. E-government identity cards c. FEDI cards d. Smart cards

Description : What are plastic cards the size of a credit card that contains an embedded chip on which digital information can be stored? a. Customer relationship management systems cards b. E-government identity cards c. FEDI cards d. Smart cards

Last Answer : d. Smart cards

Duplicate Identity card fee is a) Same fresh fee b) Half rate of the fee c) Free of cost d) None of these

Description : Duplicate Identity card fee is a) Same fresh fee b) Half rate of the fee c) Free of cost d) None of these

Last Answer : a) Same fresh fee

Identity card are issued by a) Circle office b) Head office c) Branch office d) All HOs and SOs

Description : Identity card are issued by a) Circle office b) Head office c) Branch office d) All HOs and SOs

Last Answer : d) All HOs and SOs

Fee for Identity card is a) 6 b) 3 c) 9 d) 10

Description : Fee for Identity card is a) 6 b) 3 c) 9 d) 10

Last Answer : c) 9

Cost of Identity card is a) 9/- b) 6/- c) 3/- d) Free of cost

Description : Cost of Identity card is a) 9/- b) 6/- c) 3/- d) Free of cost

Last Answer : a) 9/

Crime through Internet includes: a) Telemarketing b) Internet fraud c) Identity Theft d) Credit Card account thefts e) All of the Above f) None of These

Description : Crime through Internet includes: a) Telemarketing b) Internet fraud c) Identity Theft d) Credit Card account thefts e) All of the Above f) None of These

Last Answer : e) All of the Above

The _________ Open Source Identity Framework uses an i-Card metaphor. A. Hughes B. Higgins C. Hinges D. XACML

Description : The _________ Open Source Identity Framework uses an i-Card metaphor. A. Hughes B. Higgins C. Hinges D. XACML

Last Answer : Higgins

How many states in the country have been chosen for a pilot project to introduce a new multipurpose national Identity Card ?

Description : How many states in the country have been chosen for a pilot project to introduce a new multipurpose national Identity Card ?

Last Answer : 13

What is I stands in CIA of smart card? a. International b. Integrity c. Identity d. None of the above

Description : What is I stands in CIA of smart card? a. International b. Integrity c. Identity d. None of the above

Last Answer : b. Integrity

What are plastic cards the size of a credit card that contains an embedded chip on which digital information can be stored? a. Customer relationship management systems cards b. E‐government identity cards c. FEDI cards d. Smart cards

Description : What are plastic cards the size of a credit card that contains an embedded chip on which digital information can be stored? a. Customer relationship management systems cards b. E‐government identity cards c. FEDI cards d. Smart cards

Last Answer : d. Smart cards

Which of the following is considered an essential element in cloud computing by CSA? a) Multi-tenancy b) Identity and access management c) Virtualization d) All of the mentioned

Description : Which of the following is considered an essential element in cloud computing by CSA? a) Multi-tenancy b) Identity and access management c) Virtualization d) All of the mentioned

Last Answer : Virtualization

Which of the following is considered an essential element in cloud computing? a) Multi-tenancy b) Identity and access management c) Virtualization d) None of the above

Description : Which of the following is considered an essential element in cloud computing? a) Multi-tenancy b) Identity and access management c) Virtualization d) None of the above

Last Answer : Multi-tenancy