View allAll Photos Tagged Multiplication
This detail from a late fourth-century sarcophagus depicts the miracle of the multiplication of the loaves and fishes. The image appears on the side of the sarcophagus. Christ stands at the center with an apostle on each side. All three are dressed in the style of philosophers.
This sarcophagus was discovered in the ancient cemetery known as the Alyscamps in Arles, France, a Roman-era burial ground that remained in use through late antiquity. The sarcophagus is currently housed in the Musée départemental Arles antique.
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Tabgha (Arabic: الطابغة, al-Tabigha; Hebrew: עין שבע, Ein Sheva which means "spring of seven") is an area situated on the north-western shore of the Sea of Galilee in Israel. It is traditionally accepted as the place of the miracle of the multiplication of the loaves and fishes (Mark 6:30–46) and the fourth resurrection appearance of Jesus (John 21:1–24) after his Crucifixion. Between the Late Muslim period and 1948, it was the site of a Palestinian Arab village. source: en.wikipedia.org/wiki/Tabgha
Complete Set of math gnomes. Helps teach the four basic processes. The story that we use really helps my daughters understand the difference between the different proceses (addition, subtraction, multiplication, and division).
See my Flickr profile for the link to my Etsy shop. This set has sold, but I do custom orders. Contact me through Flickr or Etsy if you'd like a set of these math gnomes.
Место отправки - Ковров - maps.google.com/?q=56.33991594,41.29446957&z=16 от anasta_ratni оригинал - www.instagram.com/p/BD6HXiuvVt8/
These trees are in the park near the Church of Multiplication, in Tabgha, on the shore of Sea of Galilee, Israel. In the forefront, a Poinciana tree.
Tabgha (Arabic: الطابغة, al-Tabigha; Hebrew: עין שבע, Ein Sheva which means "spring of seven") is an area situated on the north-western shore of the Sea of Galilee in Israel. It is traditionally accepted as the place of the miracle of the multiplication of the loaves and fishes (Mark 6:30–46) and the fourth resurrection appearance of Jesus (John 21:1–24) after his Crucifixion. Between the Late Muslim period and 1948, it was the site of a Palestinian Arab village. source: en.wikipedia.org/wiki/Tabgha
Tabgha is the name of a site on the northwestern shore of the Sea of Galilee where Jesus appeared after his resurrection (John 21), and where he multiplied loaves and fishes to feed the crowds gathered to hear him teach.
The name, Tabgha, has its roots in the Greek term for “seven springs" (see it on a map here). The place used to be the site of a Palestinian village and was important from ancient times because of its fresh water; trees that grew near the springs gave shade. It is not hard to imagine why Jesus might have gathered followers here to teach them for a day.
The present church preserves within some of its walls remains of a church that stood here in the late 300s. When that earlier church was excavated in 1936, archeologists discovered a mosaic around a block of naked limestone. The mosaic depicted two fish and a basket of loaves. Ancient accounts identify the block of limestone as the place where Jesus broke and blessed the bread that was multiplied and shared with the crowds. The new, modern church preserves this rock below its altar (pictured above).
It is difficult to tell if this was actually the exact place where Jesus multiplied the loaves, but it is clear that at least since 425, Christians have thought so.
The modern church replicates the style of the Byzantine church that would have been built after St. Helen’s visit to the Holy Land, even using some of the same stones from the original church. The only imagery in the church is found in two icons stationed near the sanctuary—one of Mary and one of Jesus.
The story of the multiplication of the loaves is the only miracle (aside from Jesus’ resurrection) that is recorded in all four Gospels. The story has captured the imagination of the Christian community because it reveals a deep truth about our lives of faith: God feeds us abundantly
Fun cover for this set of 45's geared to help your child with their multiplication tables. I haven't had the joy of listening to the set just yet.
"Unbreakable Vinylite?" I don't think so. Give a kid 2 minutes with those records and they'll find a way to break 'em.
Royal Math Gnomes inspired by the Waldorf math curriculum: King Addition, Queen Subtraction, Prince Multiplication, Princess Division, and the Equals Wizard.
✰ This photo was featured on The Epic Global Showcase here: bit.ly/1VRCTF0
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AALIYAH ✖️ TUPAC #sezeyart
by @sezey on Instagram.
Do you hate addition, multiplication, subtraction and division? Hate fractions, decimals, and percents? Hate math? Of course you do! Don't worry about crunching numbers, 'cause this monster love munching on numbers! The Math Munching Monster will eat all your math homework, and all of your mathematical worries along with it.
Never stress over numbers again!
The Math Munching Monster comes with four felt numbers that stick to his hands with velcro!
He's 13 inches tall
14 inches wide
Completely handsewn!
for sale.
Virus replication
Viruses replicate only in living cells. The use of the term 'replicate' infers that the process of virus multiplication is different from that of micro-organisms and tissue cells which divide by binary fission with or without mitotic division of their genetic components. Whilst the mode of entering the host cell varies from virus to virus the mode of replication is considered to be similar for all and has been most completely worked out for bacteriophage. The viral nucleic acid upon entering the cell takes over control of the cellular metabolic processes and codes for the separate synthesis of viral nucleic acid and protein which later combine to form the mature virus particle. The virus yield from a cell infected with a single virus particle varies widely but often ranges from 10 to 100 particles.
The host cell must be capable of supporting this sequence of steps in viral replication. Many viruses have a single or limited host cell requirement; others may replicate in a range of different host cells but the quantity of virus produced in each cell type may differ widely.
Viruses may be propagated in susceptible animals, plants or micro-organisms, or in tissue cultures made from animal or plant tissues.
When using animals it is necessary to consider:
(1) their natural susceptibility to infection or immune status to the virus;
(2) the possibility of latent infection with the same or other virus (often the challenge of another virus stimulates a latent virus to become active, as occurs with herpes simplex in man, the cause of the common cold sore on the lips which often erupts when the patient is challenged by a common cold virus);
(3) the most suitable route of inoculation which is usually related to the affinity of the virus for particular tissues. Infection is recognized by characteristic signs and symptoms of disease.
VIRUS DISEASES OF VERTEBRATE ANIMALS
General considerations of virus infection
Unlike the majority of plant virus diseases most animal virus diseases cannot be diagnosed solely on their signs and symptoms. Viruses do not produce exotoxins and the diseases they cause are the direct result of their primary and secondary replication cycles within the various tissue cells of the animal body. An understanding of how this replication occurs in tissue cells provides an understanding of the disease processes taking place in the animal body as a whole. Replication is studied in in vitro systems of animal tissue cultures.
The replication of viruses in tissue cells leads to the biological malfunctioning of those cells and if large numbers of cells are involved malfunctioning of the organ generally follows. This may result in the death of the animal.
Some animal viruses replicate in a limited range of tissue cells, e.g., influenza virus replicates only in cells of the respiratory tract, while others replicate in a wide variety of tissue cells, e.g., smallpox virus in cells of the skin, lungs, and other internal tissues. The latter category of viruses can therefore spread to other susceptible tissues by blood-borne dissemination from a primary site of infection. The presence of virus in the blood stream is not necessarily an indication of wide tissue susceptibility since viruses with a limited tissue range may 'spill-over' into the blood stream following replication in the susceptible tissues.
As with other microbial diseases the severity of a virus disease depends upon the size of the infecting dose, the state of health of the animal, its age, sex, and degree of immunity. The various aspects of the epidemiology of animal virus diseases are considered elsewhere.