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overview from the 1820s to the 1840s , germans and irish were the two largest groups of immigrants to the united states . the germans and irish were frequently subjected to anti-foreign prejudice and discrimination . ultimately , the germans and irish assimilated into us culture and society and became two of the most s... | though tweed was certainly guilty of these charges , there is no doubt that tammany hall and other political machines like it performed a valuable service in helping recent immigrants , especially the irish , to assimilate into us culture and society. $ ^7 $ by the mid-20th century , the irish had become one of the mos... | could america work without slavery ? |
overview from the 1820s to the 1840s , germans and irish were the two largest groups of immigrants to the united states . the germans and irish were frequently subjected to anti-foreign prejudice and discrimination . ultimately , the germans and irish assimilated into us culture and society and became two of the most s... | though tweed was certainly guilty of these charges , there is no doubt that tammany hall and other political machines like it performed a valuable service in helping recent immigrants , especially the irish , to assimilate into us culture and society. $ ^7 $ by the mid-20th century , the irish had become one of the mos... | are n't there other countries that like to migrate to america for political and religious freedom ? |
overview from the 1820s to the 1840s , germans and irish were the two largest groups of immigrants to the united states . the germans and irish were frequently subjected to anti-foreign prejudice and discrimination . ultimately , the germans and irish assimilated into us culture and society and became two of the most s... | successive waves of immigration diversified the country from its origins in white , anglo-saxon protestantism , while enlarging and expanding upon the definition of the term american. $ ^1 $ irish immigration from the 1820s to the 1840s , approximately 90 percent of immigrants to the united states came from ireland , e... | why is it that the german and irish are the biggest groups that had that goal ? |
overview from the 1820s to the 1840s , germans and irish were the two largest groups of immigrants to the united states . the germans and irish were frequently subjected to anti-foreign prejudice and discrimination . ultimately , the germans and irish assimilated into us culture and society and became two of the most s... | other germans settled in metropolitan areas , pursuing education , establishing industrial enterprises , and entering the ranks of the middle and upper classes. $ ^ { 10 } $ today , over 50 million americans have full or partial german ancestry , making german-americans the largest white ethnic group in the united stat... | why is immigration such a contentious issue in us history ? |
overview from the 1820s to the 1840s , germans and irish were the two largest groups of immigrants to the united states . the germans and irish were frequently subjected to anti-foreign prejudice and discrimination . ultimately , the germans and irish assimilated into us culture and society and became two of the most s... | in the 1830s , the number grew to 235,000 , and in the 1840s—due to a potato famine in ireland—the number of immigrants skyrocketed to 845,000. $ ^2 $ the great irish famine , as it became known , resulted from a five-year blight that turned potato crops black . between 1845 and 1850 , one million irish died of starvat... | why did n't german and scotch irish did not demonstrate loyalty to the crown ? |
overview from the 1820s to the 1840s , germans and irish were the two largest groups of immigrants to the united states . the germans and irish were frequently subjected to anti-foreign prejudice and discrimination . ultimately , the germans and irish assimilated into us culture and society and became two of the most s... | do you think boss tweed and the democratic party political machines did more harm than good ? what was the purpose of machine politics ? why do you think the germans and irish were able to overcome anti-foreign prejudice and become two of the largest and most successful immigrant groups in the country ? | what was the purpose of machine politics ? |
overview from the 1820s to the 1840s , germans and irish were the two largest groups of immigrants to the united states . the germans and irish were frequently subjected to anti-foreign prejudice and discrimination . ultimately , the germans and irish assimilated into us culture and society and became two of the most s... | why is immigration such a contentious issue in us history ? do you think boss tweed and the democratic party political machines did more harm than good ? what was the purpose of machine politics ? | do you think boss tweed and the democratic party political machines did more harm than good ? |
overview from the 1820s to the 1840s , germans and irish were the two largest groups of immigrants to the united states . the germans and irish were frequently subjected to anti-foreign prejudice and discrimination . ultimately , the germans and irish assimilated into us culture and society and became two of the most s... | the arrival of so many irish catholics almost doubled the overall number of catholics living in the united states . anti-catholic prejudice was still very common at this time , and many americans perpetuated stereotypes of catholics as superstitious and blindly obedient to the vatican in rome . many questioned the loya... | during the 1900s or so , why did so many jewish immigrants come to the u.s. ? |
overview from the 1820s to the 1840s , germans and irish were the two largest groups of immigrants to the united states . the germans and irish were frequently subjected to anti-foreign prejudice and discrimination . ultimately , the germans and irish assimilated into us culture and society and became two of the most s... | in the 1820s , nearly 60,000 irish immigrated to the united states . in the 1830s , the number grew to 235,000 , and in the 1840s—due to a potato famine in ireland—the number of immigrants skyrocketed to 845,000. $ ^2 $ the great irish famine , as it became known , resulted from a five-year blight that turned potato cr... | what was the outcome of most european revolts of the 1830s ? |
overview from the 1820s to the 1840s , germans and irish were the two largest groups of immigrants to the united states . the germans and irish were frequently subjected to anti-foreign prejudice and discrimination . ultimately , the germans and irish assimilated into us culture and society and became two of the most s... | in the 1830s , the number grew to 235,000 , and in the 1840s—due to a potato famine in ireland—the number of immigrants skyrocketed to 845,000. $ ^2 $ the great irish famine , as it became known , resulted from a five-year blight that turned potato crops black . between 1845 and 1850 , one million irish died of starvat... | what did the german and irish immigrants bring into the american society ? |
overview from the 1820s to the 1840s , germans and irish were the two largest groups of immigrants to the united states . the germans and irish were frequently subjected to anti-foreign prejudice and discrimination . ultimately , the germans and irish assimilated into us culture and society and became two of the most s... | among these groups , the irish were by far the largest . in the 1820s , nearly 60,000 irish immigrated to the united states . in the 1830s , the number grew to 235,000 , and in the 1840s—due to a potato famine in ireland—the number of immigrants skyrocketed to 845,000. $ ^2 $ the great irish famine , as it became known... | why did the irish not stay and attempt to fix their problems in ireland instead of abandoning it to go to the united states ? |
before taking this lesson , make sure you are familiar with the basics of arithmetic sequence formulas . how explicit formulas work here is an explicit formula of the sequence $ 3 , 5 , 7 , ... $ $ a ( n ) =3+2 ( n-1 ) $ in the formula , $ n $ is any term number and $ a ( n ) $ is the $ n^\text { th } $ term . this for... | before taking this lesson , make sure you are familiar with the basics of arithmetic sequence formulas . how explicit formulas work here is an explicit formula of the sequence $ 3 , 5 , 7 , ... $ $ a ( n ) =3+2 ( n-1 ) $ in the formula , $ n $ is any term number and $ a ( n ) $ is the $ n^\text { th } $ term . this for... | what 's the difference between this formula and a ( n ) = a ( 1 ) + ( n - 1 ) d ? |
before taking this lesson , make sure you are familiar with the basics of arithmetic sequence formulas . how explicit formulas work here is an explicit formula of the sequence $ 3 , 5 , 7 , ... $ $ a ( n ) =3+2 ( n-1 ) $ in the formula , $ n $ is any term number and $ a ( n ) $ is the $ n^\text { th } $ term . this for... | before taking this lesson , make sure you are familiar with the basics of arithmetic sequence formulas . how explicit formulas work here is an explicit formula of the sequence $ 3 , 5 , 7 , ... $ $ a ( n ) =3+2 ( n-1 ) $ in the formula , $ n $ is any term number and $ a ( n ) $ is the $ n^\text { th } $ term . | what is the meaning of life ? |
before taking this lesson , make sure you are familiar with the basics of arithmetic sequence formulas . how explicit formulas work here is an explicit formula of the sequence $ 3 , 5 , 7 , ... $ $ a ( n ) =3+2 ( n-1 ) $ in the formula , $ n $ is any term number and $ a ( n ) $ is the $ n^\text { th } $ term . this for... | before taking this lesson , make sure you are familiar with the basics of arithmetic sequence formulas . how explicit formulas work here is an explicit formula of the sequence $ 3 , 5 , 7 , ... $ $ a ( n ) =3+2 ( n-1 ) $ in the formula , $ n $ is any term number and $ a ( n ) $ is the $ n^\text { th } $ term . this for... | and is there another term for formulas using the m_ + _bn form as opposed to the a_ + _b ( n-1 ) form or are they both referred to as explicit formulas ? |
before taking this lesson , make sure you are familiar with the basics of arithmetic sequence formulas . how explicit formulas work here is an explicit formula of the sequence $ 3 , 5 , 7 , ... $ $ a ( n ) =3+2 ( n-1 ) $ in the formula , $ n $ is any term number and $ a ( n ) $ is the $ n^\text { th } $ term . this for... | this can be written algebraically as $ \greene { 5 } \maroonc { +3 } ( n-1 ) $ . in general , this is the standard explicit formula of an arithmetic sequence whose first term is $ \greene a $ and common difference is $ \maroonc b $ : $ \greene a+\maroonc b ( n-1 ) $ check your understanding equivalent explicit formulas... | what is the difference between an explicit formula and an explicit function , and how can i write an explicit function from an arithmetic sequence ? |
before taking this lesson , make sure you are familiar with the basics of arithmetic sequence formulas . how explicit formulas work here is an explicit formula of the sequence $ 3 , 5 , 7 , ... $ $ a ( n ) =3+2 ( n-1 ) $ in the formula , $ n $ is any term number and $ a ( n ) $ is the $ n^\text { th } $ term . this for... | $ \begin { align } a ( \greene 5 ) & amp ; =3+2 ( \greene 5-1 ) \\ & amp ; =3+2\cdot4\\ & amp ; =3+8\\ & amp ; =11\end { align } $ cool ! this is in fact the fifth term of $ 3 , 5 , 7 , ... $ check your understanding writing explicit formulas consider the arithmetic sequence $ 5,8,11 , ... $ the first term of the seque... | where did the first term of 5 go ? |
before taking this lesson , make sure you are familiar with the basics of arithmetic sequence formulas . how explicit formulas work here is an explicit formula of the sequence $ 3 , 5 , 7 , ... $ $ a ( n ) =3+2 ( n-1 ) $ in the formula , $ n $ is any term number and $ a ( n ) $ is the $ n^\text { th } $ term . this for... | before taking this lesson , make sure you are familiar with the basics of arithmetic sequence formulas . how explicit formulas work here is an explicit formula of the sequence $ 3 , 5 , 7 , ... $ $ a ( n ) =3+2 ( n-1 ) $ in the formula , $ n $ is any term number and $ a ( n ) $ is the $ n^\text { th } $ term . | what is the meaning of life ? |
location , location , location the dramatic and action-packed monument to ulysses s. grant in front of the u.s. capitol building , at once grand and intimate , speaks to both the valor and the horror of the civil war . henry merwin shrady ’ s massive tripartite memorial features a bronze equestrian statue of grant on a... | location , location , location the dramatic and action-packed monument to ulysses s. grant in front of the u.s. capitol building , at once grand and intimate , speaks to both the valor and the horror of the civil war . henry merwin shrady ’ s massive tripartite memorial features a bronze equestrian statue of grant on a... | are there any monuments in the works now ? |
location , location , location the dramatic and action-packed monument to ulysses s. grant in front of the u.s. capitol building , at once grand and intimate , speaks to both the valor and the horror of the civil war . henry merwin shrady ’ s massive tripartite memorial features a bronze equestrian statue of grant on a... | on the other end of the mall the great man of action , grant , sits astride his proud horse , cinicinnatus . together they succeeded in saving what washington had established . essay and photos by julia langley additional resources : official government website for the memorial national park service website for the mem... | or has washington d.c. pretty much been finished with regards to new monuments and major governmental buildings ? |
location , location , location the dramatic and action-packed monument to ulysses s. grant in front of the u.s. capitol building , at once grand and intimate , speaks to both the valor and the horror of the civil war . henry merwin shrady ’ s massive tripartite memorial features a bronze equestrian statue of grant on a... | shrady made himself the model for the fallen soldier by working from his reflection in a mirror , which proved prophetically poignant as schrady gave his life to the monument ’ s completion . to the left of grant is the equally dramatic portrayal artillery . three horses and five men bring forward a cannon but the brid... | his horse named is very important as they must of been friends , horses were precious during all of our wars , was there words from grant written ? |
location , location , location the dramatic and action-packed monument to ulysses s. grant in front of the u.s. capitol building , at once grand and intimate , speaks to both the valor and the horror of the civil war . henry merwin shrady ’ s massive tripartite memorial features a bronze equestrian statue of grant on a... | he is about to be trampled by the cavalryman behind who shields his eyes in horror . shrady made himself the model for the fallen soldier by working from his reflection in a mirror , which proved prophetically poignant as schrady gave his life to the monument ’ s completion . to the left of grant is the equally dramati... | what do you mean shrady gave his life to the monument 's completion ? |
mesoamericans made screenfold manuscripts of great artistic beauty . one of them is the codex borgia , an aztec manuscript made during the late post-classic period , which stretched from about 1250 until about 1521 . it has been studied for centuries , and scholars continue to study this complex manuscript in order to ... | 3 vols . ( mexico city : fondo de cultura económica , 1963 [ 1904–9 ] ) ( in spanish ) . | what was the objective of the spanish in destroying such beautiful and meaningful work ? |
at first they were three during a visit to the royal academy exhibition of 1848 , the young artist and poet dante gabriel rossetti was drawn to a painting entitled the eve of saint agnes by william holman hunt . as a subject taken from the poetry of john keats was a rarity at the time , rossetti sought out hunt , and t... | interestingly , no mention was made of the mysterious “ prb ” inscription . critical reaction in 1850 , however , the reaction to the prb was very different . by this time , many people knew about the existence of the supposedly secret society , in part because the group had published many of their ideas in a short-liv... | is there a way of linking these two critical events , in spite of thier different means and aims ? |
at first they were three during a visit to the royal academy exhibition of 1848 , the young artist and poet dante gabriel rossetti was drawn to a painting entitled the eve of saint agnes by william holman hunt . as a subject taken from the poetry of john keats was a rarity at the time , rossetti sought out hunt , and t... | to a contemporary audience , the pre-raphaelites may appear less than modern . however , in their own time the pre-raphaelite brotherhood accomplished something revolutionary . they were one of the first groups to value painting out-of-doors for its “ truth to nature , ” and their concept of banding together to take on... | did dante gabriel rossetti start writing poems after the pre-raphaelite brotherhood ended , or did he also write ( almost ) medieval style of poetry during that time ? |
at first they were three during a visit to the royal academy exhibition of 1848 , the young artist and poet dante gabriel rossetti was drawn to a painting entitled the eve of saint agnes by william holman hunt . as a subject taken from the poetry of john keats was a rarity at the time , rossetti sought out hunt , and t... | the selection of additional members has long mystified art historians . james collinson , a painter , seems to have been added due to his short-lived engagement to rossetti ’ s sister christina rather than his sympathy with the cause . another member , thomas woolner , was a sculptor rather than a painter . | how was the author christina rossetti ( dante gabrieal rossettis sister ) affected by the brotherhood and how does her work portray this ? |
who is depicted in this sculpture ? what is he doing ? buddhism is a religion based on the teachings of a historical figure known as the buddha shakyamuni , who lived about 2,500 years ago . in some schools of buddhism the buddha shakyamuni is thought of as one buddha among many , each inhabiting a different era or par... | after completion , the figure was coated with lacquer and then gilded . why was this figure important to the samurai ? during the kamakura period ( 1185–1333 ) , proselytizing , mendicant monks spread the teachings of pure land buddhism throughout japan . | was the violent life of a samurai not in conflict with the peaceful life of a buddhist ? |
st. peter—keeper of the keys pietro perugino ’ s christ giving the keys of the kingdom to st. peter is an exemplar of italian renaissance painting . the work was part of a large decorative program commissioned by pope sixtus iv in 1481 for the walls of the sistine chapel ( the name “ sistine ” being derived from sixtus... | to begin with , see that the pictorial field has been clearly delineated into three distinct planes : foreground , middle-ground and background . in the foreground , on either side of christ and st. peter—are the other eleven apostles . you can identify them easily since they are the figures dressed in classicizing tun... | can you identify the individual apostles in the painting ? |
overview in october 1962 , the soviet provision of ballistic missiles to cuba led to the most dangerous cold war confrontation between the united states and the soviet union and brought the world to the brink of nuclear war . over the course of two extremely tense weeks , us president john f. kennedy and soviet premier... | the crisis evoked fears of nuclear destruction , revealed the dangers of brinksmanship , and invigorated attempts to halt the arms race . the cuban revolution after waging a successful guerrilla war against the regime of cuban dictator fulgencio batista , fidel castro came to power on january 1 , 1959 . castro was not ... | but : what is a guerrilla war ? |
overview in october 1962 , the soviet provision of ballistic missiles to cuba led to the most dangerous cold war confrontation between the united states and the soviet union and brought the world to the brink of nuclear war . over the course of two extremely tense weeks , us president john f. kennedy and soviet premier... | if so , who were they ? what were the positive and negative consequences of the missile crisis ? | what were the positive and negative consequences of the missile crisis ? |
overview in october 1962 , the soviet provision of ballistic missiles to cuba led to the most dangerous cold war confrontation between the united states and the soviet union and brought the world to the brink of nuclear war . over the course of two extremely tense weeks , us president john f. kennedy and soviet premier... | why did khrushchev decide to provide cuba with nuclear missiles ? were there winners and losers in the cuban missile crisis ? if so , who were they ? | were there winners and losers in the cuban missile crisis ? |
overview in october 1962 , the soviet provision of ballistic missiles to cuba led to the most dangerous cold war confrontation between the united states and the soviet union and brought the world to the brink of nuclear war . over the course of two extremely tense weeks , us president john f. kennedy and soviet premier... | overview in october 1962 , the soviet provision of ballistic missiles to cuba led to the most dangerous cold war confrontation between the united states and the soviet union and brought the world to the brink of nuclear war . over the course of two extremely tense weeks , us president john f. kennedy and soviet premier... | what was the threat posed by ? |
overview in october 1962 , the soviet provision of ballistic missiles to cuba led to the most dangerous cold war confrontation between the united states and the soviet union and brought the world to the brink of nuclear war . over the course of two extremely tense weeks , us president john f. kennedy and soviet premier... | nevertheless , the test-ban treaty failed to halt the arms race , as kennedy simultaneously authorized a massive arms buildup that vastly expanded the us nuclear arsenal and amplified us strategic superiority in the cold war. $ ^5 $ what do you think ? why did khrushchev decide to provide cuba with nuclear missiles ? w... | and who and how stopped the nuclear missles from launching ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | entrance , pyramid of khufu ( photo : olaf tausch ) these have recently been explored using small robots , but a series of blocking stones have obscured the passages . when entering the pyramid , one has to crawl up a cramped ascending chamber that opens suddenly into a stunning grand gallery . this corbelled passage s... | why is it we always hear about how the pyramids were tombs , but no one ever brings up the fact that no evidence to support that has ever been found , that in fact no body or even residue of a body having been in one of them has ever been found , so why do n't we hear more about the other possible uses since there is i... |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | this burial chamber was sealed with a series of massive granite blocks and the entrance to the shaft filled with limestone in an effort to obscure the opening . boats for the afterlife khufu ’ s mortuary complex also included seven large boat pits . five of these are located to the east of the pyramid and were a sort o... | was the pyramid bisected by a complex of chambers , leaving either side of the chamber complex nothing but hundreds of feet ( and tons ) of solid rock ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | the fine outer casing stones , which have long since been removed , were laid with great precision . these blocks of white tura limestone would have given the pyramid a smooth surface and been quite bright and reflective . at the very top of the pyramid would have sat a capstone , known as a pyramidion , that may have ... | are there any pictures of what the pyramids would have looked like with the smooth limestone surface and capstone ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | often , however , as with khufu , the pits were simply boat shaped models rather than containing actual boats . reconstructed funerary boat of khufu ( photo : dr. amy calvert ) in addition to these model boat pits , however , on the south side of the pyramid khufu had two massive , rectangular stone lined pits that con... | why was there a gallery in the pyramid of khufu ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | boat burials and models of this type had a long history in royal mortuary contexts—a fleet of 14 such pits , containing actual boats averaging 18-19 meters ( 60 feet ) in length encased inside , were discovered at a dynasty 1 mortuary enclosure in abydos , the cemetery of egypt ’ s earliest kings . often , however , as... | what is the height of the boat ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | how close are the corner angles of the base of the pyramid to right angles ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | this dazzling point , shining in the intense sunlight , would have been visible for a great distance . interior the interior chambers and passageways of khufu ’ s pyramid are unique and include a number of enigmatic features . there is an unfinished subterranean chamber whose function is mysterious as well as a number ... | how did the chambers not cave in with all that heavy stone ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | boat burials and models of this type had a long history in royal mortuary contexts—a fleet of 14 such pits , containing actual boats averaging 18-19 meters ( 60 feet ) in length encased inside , were discovered at a dynasty 1 mortuary enclosure in abydos , the cemetery of egypt ’ s earliest kings . often , however , as... | why were the model boat pits considered ritual objects ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | this cedar boat measures 43.3 meters ( 142 feet ) in length and was constructed of 1,224 separate pieces stitched together with ropes . these boats appear to have been used for the funerary procession and as ritual objects connected to the last earthly voyage of the king , and were then dismantled and interred . essay ... | why were the boats seen as ritual objects ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | diagram of the interior of the pyramid of khufu above the king ’ s chamber are five stress-relieving chambers of massive granite blocks topped with immense cantilevered blocks forming a pent roof to distribute the weight of the mountain of masonry above it . the king ’ s sarcophagus , also carved from red granite , sit... | but more concerning , where is the king 's corpse ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | diagram of the interior of the pyramid of khufu above the king ’ s chamber are five stress-relieving chambers of massive granite blocks topped with immense cantilevered blocks forming a pent roof to distribute the weight of the mountain of masonry above it . the king ’ s sarcophagus , also carved from red granite , sit... | was it removed by archaeologists or was the sarcophagus found empty ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | often , however , as with khufu , the pits were simply boat shaped models rather than containing actual boats . reconstructed funerary boat of khufu ( photo : dr. amy calvert ) in addition to these model boat pits , however , on the south side of the pyramid khufu had two massive , rectangular stone lined pits that con... | can you please what khufu 's considerations were in planning the great pyramid ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | diagram of the interior of the pyramid of khufu above the king ’ s chamber are five stress-relieving chambers of massive granite blocks topped with immense cantilevered blocks forming a pent roof to distribute the weight of the mountain of masonry above it . the king ’ s sarcophagus , also carved from red granite , sit... | why did they take the lid of the sarcophagus , was it to hide the name of the pharaoh who 's tomb it was ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | the fine outer casing stones , which have long since been removed , were laid with great precision . these blocks of white tura limestone would have given the pyramid a smooth surface and been quite bright and reflective . at the very top of the pyramid would have sat a capstone , known as a pyramidion , that may have ... | if the pyramid sides are flat , smooth and angled plus a ramp would give away the location , how did they get to the entrance of the pyramid ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | like the pyramids built by his predecessor snefru and those that followed on the giza plateau , khufu ’ s pyramid is constructed of inner , rough-hewn , locally quarried core stones , which is all we see today , and angled , outer casing blocks laid in even horizontal courses with spaces filled with gypsum plaster . th... | do we know who removed the finer outer casing stones ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 cm ( less than an inch ) , an astonishing engineering accomplishment . detail of core blocks of khufu 's pyramid ( photo : dr. amy calvert ) construction : inner core stones , and outer casing stones ... | what is the purpose for the pyramid ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | why did the pharoah build it ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 cm ( less than an inch ) , an astonishing engineering accomplishment . detail of core blocks of khufu 's pyramid ( photo : dr. amy calvert ) construction : inner core stones , and outer casing stones ... | if the pyramid was constructed continuously 24 hours a day for 30 years , how many blocks were placed on the pyramid per hour ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | diagram of the interior of the pyramid of khufu above the king ’ s chamber are five stress-relieving chambers of massive granite blocks topped with immense cantilevered blocks forming a pent roof to distribute the weight of the mountain of masonry above it . the king ’ s sarcophagus , also carved from red granite , sit... | so where are the dead bodies if they are not inside the sarcophagus ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | diagram of the interior of the pyramid of khufu above the king ’ s chamber are five stress-relieving chambers of massive granite blocks topped with immense cantilevered blocks forming a pent roof to distribute the weight of the mountain of masonry above it . the king ’ s sarcophagus , also carved from red granite , sit... | why is the king 's sarcophagus empty ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | this dazzling point , shining in the intense sunlight , would have been visible for a great distance . interior the interior chambers and passageways of khufu ’ s pyramid are unique and include a number of enigmatic features . there is an unfinished subterranean chamber whose function is mysterious as well as a number ... | do we know any more about the queen 's chambers and the person who might have been interred there ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | interior the interior chambers and passageways of khufu ’ s pyramid are unique and include a number of enigmatic features . there is an unfinished subterranean chamber whose function is mysterious as well as a number of so-called ‘ air shafts ’ that radiate out from the upper chambers . entrance , pyramid of khufu ( ph... | i see the unfinished subterranean chamber and have heard about the different air shafts ... but whose to say it actually was finished and we are just dumbfounded as to why they have made it ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | this cedar boat measures 43.3 meters ( 142 feet ) in length and was constructed of 1,224 separate pieces stitched together with ropes . these boats appear to have been used for the funerary procession and as ritual objects connected to the last earthly voyage of the king , and were then dismantled and interred . essay ... | why were the boats dismantled after the funeral ? |
size the great pyramid , the largest of the three , was built by the pharaoh khufu and rises to a height of 146 meters ( 481 feet ) with a base length of more than 230 meters ( 750 feet ) per side . the greatest difference in length among the four sides is a mere 4.4 cm ( 1 ¾ inches ) and the base is level within 2.1 c... | entrance , pyramid of khufu ( photo : olaf tausch ) these have recently been explored using small robots , but a series of blocking stones have obscured the passages . when entering the pyramid , one has to crawl up a cramped ascending chamber that opens suddenly into a stunning grand gallery . this corbelled passage s... | why was the kings and queens chamber not together ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . | hi , what are some of the most important everyday uses of momentum ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | because astronauts and the objects they are working with are both in free-fall , they do not have to contend with the force of gravity . however , heavy moving objects still possess the same momentum that they do on earth , and it can be just as difficult to change this momentum . suppose that an emergency occurs on a ... | i still do n't understand how to calculate the change in momentum ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | $ \begin { align } j & amp ; = ( mg ) \cdot \delta t\ & amp ; = 50~\mathrm { kg } \cdot 9.81~\mathrm { m/s^2 } \cdot 3~\mathrm { s } = 1471.5 ~\mathrm { ns } \end { align } $ and , by the impulse-momentum theorem , we can find the velocity of the spacecraft : $ \frac { 1471.5~\mathrm { ns } } { 4000~\mathrm { kg } } = ... | what is the difference between force and thrust ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | specific impulse is impulse measured relative to the weight of fuel—on earth—used to produce the impulse . $ i_\mathrm { sp } = \frac { f \cdot \delta t } { m_\mathrm { fuel } g } $ because we are dividing an impulse by a force—the force on the fuel due to earth 's gravity—the force units cancel out , and the units for... | why ca n't i just multiply the thrust force of 250 kn and 30 s to get impulse ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | when we calculate impulse , we are multiplying force by time . this is equivalent to finding the area under a force-time curve . this is useful because the area can just as easily be found for a complicated shape—variable force—as for a simple rectangle—constant force . | what is the difference between the impulse from the multiplication i just described and the area under the curve ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | working out the overall effect of all these forces directly would be quite difficult . when we calculate impulse , we are multiplying force by time . this is equivalent to finding the area under a force-time curve . this is useful because the area can just as easily be found for a complicated shape—variable force—as fo... | a question on the force-time curve ( in the impulse of an aircraft paragraph ) : the instantaneous slope of the curve is the momentum , right ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | this is useful because the area can just as easily be found for a complicated shape—variable force—as for a simple rectangle—constant force . it is only the overall net impulse that matters for understanding the motion of an object following an impulse . the concept of impulse that is both external and internal to a sy... | does a moving object have impulse ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | specific gravity and specific heat are two examples of where you may have seen this prefix used . specific impulse is impulse measured relative to the weight of fuel—on earth—used to produce the impulse . $ i_\mathrm { sp } = \frac { f \cdot \delta t } { m_\mathrm { fuel } g } $ because we are dividing an impulse by a ... | for that equation in specific impulse , does it mean that the specific impulse equals momentum/weight of fuel ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | what is momentum ? momentum is a word that we hear used colloquially in everyday life . | what does the triangle mean ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | what is momentum ? momentum is a word that we hear used colloquially in everyday life . | hi , is it possible or correct to relate the looping scenario with momentum , for example is it correct to say that the greater the momentum of the object in the looping the greater the normal reaction of the track and thus the centriptal force ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | this is also the essence of the meaning in physics , though in physics we need to be much more precise . momentum is a measurement of mass in motion : how much mass is in how much motion . it is usually given the symbol $ \mathbf { p } $ . | how does impusle relate to newton 's 3rd law of motion ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | $ i_\mathrm { sp } = \frac { f \cdot \delta t } { m_\mathrm { fuel } g } $ because we are dividing an impulse by a force—the force on the fuel due to earth 's gravity—the force units cancel out , and the units for specific impulse are simply seconds . a rocket might have a specific impulse of 300 s. this means that it ... | i do n't understand exercise b1 how did you find the fuel that was burned , could you explain in a simpler solution ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | as we saw earlier , this is exactly equivalent to a change in momentum $ \delta \mathbf { p } $ . this equivalence is known as the impulse-momentum theorem . because of the impulse-momentum theorem , we can make a direct connection between how a force acts on an object over time and the motion of the object . | when does a linear momentum equal to impulse ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | what is momentum ? momentum is a word that we hear used colloquially in everyday life . | is the momentum the same if a smaller ball hits a larger ball at rest ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | when the prefix specific is used in physics , it means `` relative to '' a particular quantity . specific gravity and specific heat are two examples of where you may have seen this prefix used . specific impulse is impulse measured relative to the weight of fuel—on earth—used to produce the impulse . $ i_\mathrm { sp }... | when we plug the value of g into the specific impulse equation , do we consider the direction of the acceleration ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | specific gravity and specific heat are two examples of where you may have seen this prefix used . specific impulse is impulse measured relative to the weight of fuel—on earth—used to produce the impulse . $ i_\mathrm { sp } = \frac { f \cdot \delta t } { m_\mathrm { fuel } g } $ because we are dividing an impulse by a ... | i 'm a bit confused on how exactly they solved the momentum in space problem - what exactly is the relationship between the person 's impulse in space vs. the person 's impulse on earth ? |
what is momentum ? momentum is a word that we hear used colloquially in everyday life . we are often told that sports teams and political candidates have `` a lot of momentum '' . in this context , the speaker usually means to imply that the team or candidate has had a lot of recent success and that it would be difficu... | what is momentum ? momentum is a word that we hear used colloquially in everyday life . | from my understanding , they 're two different systems so conservation of momentum should n't apply ? |
born maria antonia montoya , maria martinez became one of the best-known native potters of the twentieth century due to her excellence as a ceramist and her connections with a larger , predominantly non-native audience . though she lived at the pueblo of san ildefonso , about 20 miles north of santa fe , new mexico , f... | she lived as a proper pueblo woman , avoiding self-aggrandizement and insisting to scholars that she was just a wife and mother even as her reputation in the outside world increased . maria and julian martinez pioneered a style of applying a matte-black design over polished-black . similar to the pot pictured here , th... | what exactly is `` matte '' ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | a $ c^hc^h $ rabbit has himalayan ( color-point ) patterning , with a white body and dark ears , face , feet , and tail a $ cc $ rabbit is albino , with a pure white coat . multiple alleles makes for many possible dominance relationships . in this case , the black $ c $ allele is completely dominant to all the others ;... | in the second section on multiple alleles , is a dominance hierarchy always linear , as in a > b > c ( where > represents dominant to ) ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | as an example , let ’ s consider a gene that specifies coat color in rabbits , called the $ c $ gene . the $ c $ gene comes in four common alleles : $ c $ , $ c^ { ch } $ , $ c^h $ , and $ c $ : a $ cc $ rabbit has black or brown fur a $ c^ { ch } $ $ c^ { ch } $ rabbit has chinchilla coloration ( grayish fur ) . a $ c... | or is is possible for a > b , b > c , and c > a , in a circular relationship ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | a $ c^hc^h $ rabbit has himalayan ( color-point ) patterning , with a white body and dark ears , face , feet , and tail a $ cc $ rabbit is albino , with a pure white coat . multiple alleles makes for many possible dominance relationships . in this case , the black $ c $ allele is completely dominant to all the others ;... | if there were more than 3 alleles , would other types on nonlinear dominance relationships be possible too ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | although individual humans ( and all diploid organisms ) can only have two alleles for a given gene , multiple alleles may exist in a population level , and different individuals in the population may have different pairs of these alleles . as an example , let ’ s consider a gene that specifies coat color in rabbits , ... | i am lost.. what is dominant and recessive gene ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | for example , self-fertilization of a pink plant would produce a genotype ratio of $ 1 $ $ c^rc^r $ $ : $ $ 2 $ $ c^rc^w $ $ : $ $ 1 $ $ c^wc^w $ and a phenotype ratio of $ 1:2:1 $ red : pink : white . alleles are still inherited according to mendel 's basic rules , even when they show incomplete dominance . codominanc... | isnt codominance the same as incomplete dominance in that case if both alleles can be expressed ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | today , we know that not all alleles behave quite as straightforwardly as in mendel ’ s experiments . for example , in real life : allele pairs may have a variety of dominance relationships ( that is , one allele of the pair may not completely “ hide ” the other in the heterozygote ) . there are often many different al... | what is multiple allele is one sentence that is easy to understand ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | although individual humans ( and all diploid organisms ) can only have two alleles for a given gene , multiple alleles may exist in a population level , and different individuals in the population may have different pairs of these alleles . as an example , let ’ s consider a gene that specifies coat color in rabbits , ... | is dwarf always recessive gene and cant it be dominant in the presence of tall gene ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | for example , self-fertilization of a pink plant would produce a genotype ratio of $ 1 $ $ c^rc^r $ $ : $ $ 2 $ $ c^rc^w $ $ : $ $ 1 $ $ c^wc^w $ and a phenotype ratio of $ 1:2:1 $ red : pink : white . alleles are still inherited according to mendel 's basic rules , even when they show incomplete dominance . codominanc... | what is the difference between incomplete dominance and co-dominance ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | for example , in the snapdragon , antirrhinum majus , a cross between a homozygous white-flowered plant ( $ c^wc^w $ ) and a homozygous red-flowered plant ( $ c^rc^r $ ) will produce offspring with pink flowers ( $ c^rc^w $ ) . this type of relationship between alleles , with a heterozygote phenotype intermediate betwe... | if a phenotype is determined by the interaction of two genes a and b , what will be the phenotypic ratio in case of a redundancy ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | for example , self-fertilization of a pink plant would produce a genotype ratio of $ 1 $ $ c^rc^r $ $ : $ $ 2 $ $ c^rc^w $ $ : $ $ 1 $ $ c^wc^w $ and a phenotype ratio of $ 1:2:1 $ red : pink : white . alleles are still inherited according to mendel 's basic rules , even when they show incomplete dominance . codominanc... | what 's the difference between codominance and incomplete dominance ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | codominance closely related to incomplete dominance is codominance , in which both alleles are simultaneously expressed in the heterozygote . we can see an example of codominance in the mn blood groups of humans ( less famous than the abo blood groups , but still important ! ) . a person 's mn blood type is determined ... | mother has the ii ( a ) group of blood , child has the iii ( b ) .is it possible to transfuse mothers blood to her baby ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | for example , if two people with $ l^ml^n $ genotypes had children , we would expect to see m , mn , and n blood types and $ l^ml^m $ , $ l^ml^n $ , and $ l^nl^n $ genotypes in their children in a $ 1:2:1 $ ratio ( if they had enough children for us to determine ratios accurately ! ) multiple alleles mendel 's work sug... | what are the methods in testing the dominant alleles , genes and locus ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | ex : how did the dominant trait genetically overcome the eventual recessive trait ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | what were the main environmental factors ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | for example , in the snapdragon , antirrhinum majus , a cross between a homozygous white-flowered plant ( $ c^wc^w $ ) and a homozygous red-flowered plant ( $ c^rc^r $ ) will produce offspring with pink flowers ( $ c^rc^w $ ) . this type of relationship between alleles , with a heterozygote phenotype intermediate betwe... | can you explain the reason of appearance of a intermediate charater in incomplete dominance ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | although individual humans ( and all diploid organisms ) can only have two alleles for a given gene , multiple alleles may exist in a population level , and different individuals in the population may have different pairs of these alleles . as an example , let ’ s consider a gene that specifies coat color in rabbits , ... | is a new gene ( of a new character ) formed ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | as a side note , we 're probably lucky that mendel 's pea genes did n't show these complexities . if they had , it ’ s possible that mendel would not have understood his results , and would n't have figured out the core principles of inheritance—which are key in helping us understand the special cases ! incomplete domi... | in the section pertaining to `` incomplete dominance '' how would you figure out what the next generation would be ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | today , we know that not all alleles behave quite as straightforwardly as in mendel ’ s experiments . for example , in real life : allele pairs may have a variety of dominance relationships ( that is , one allele of the pair may not completely “ hide ” the other in the heterozygote ) . there are often many different al... | is that true : more than one allele can present on one locus ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | for example , self-fertilization of a pink plant would produce a genotype ratio of $ 1 $ $ c^rc^r $ $ : $ $ 2 $ $ c^rc^w $ $ : $ $ 1 $ $ c^wc^w $ and a phenotype ratio of $ 1:2:1 $ red : pink : white . alleles are still inherited according to mendel 's basic rules , even when they show incomplete dominance . codominanc... | in the section of incomplete dominance and co-dominance , when writing a punnet square how do you decide what letters will go outside the square ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | for example , if two people with $ l^ml^n $ genotypes had children , we would expect to see m , mn , and n blood types and $ l^ml^m $ , $ l^ml^n $ , and $ l^nl^n $ genotypes in their children in a $ 1:2:1 $ ratio ( if they had enough children for us to determine ratios accurately ! ) multiple alleles mendel 's work sug... | i was trying to find something that could explain how to find if the child with a disease has dominant or recessive alleles ( knowing that multiple alleles are there for one gene ) for a gene given by 2 parents ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | for example , if two people with $ l^ml^n $ genotypes had children , we would expect to see m , mn , and n blood types and $ l^ml^m $ , $ l^ml^n $ , and $ l^nl^n $ genotypes in their children in a $ 1:2:1 $ ratio ( if they had enough children for us to determine ratios accurately ! ) multiple alleles mendel 's work sug... | what is the difference between multiple alleles and codominance ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | for example , if two people with $ l^ml^n $ genotypes had children , we would expect to see m , mn , and n blood types and $ l^ml^m $ , $ l^ml^n $ , and $ l^nl^n $ genotypes in their children in a $ 1:2:1 $ ratio ( if they had enough children for us to determine ratios accurately ! ) multiple alleles mendel 's work sug... | is hair color , length and thickness an example of multiple alleles ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | in some cases , however , the phenotype of a heterozygous organism can actually be a blend between the phenotypes of its homozygous parents . for example , in the snapdragon , antirrhinum majus , a cross between a homozygous white-flowered plant ( $ c^wc^w $ ) and a homozygous red-flowered plant ( $ c^rc^r $ ) will pro... | there are two types of albinism that is common in reptiles.. tyrosinase positive and tyrosinase negative.. the presence of the enzyme tyrosinase colors the albino , such as creating purple or lavender eyes as opposed to the classic pink eye.. my question is ..can you have a double homozygous animal ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | for example , if two people with $ l^ml^n $ genotypes had children , we would expect to see m , mn , and n blood types and $ l^ml^m $ , $ l^ml^n $ , and $ l^nl^n $ genotypes in their children in a $ 1:2:1 $ ratio ( if they had enough children for us to determine ratios accurately ! ) multiple alleles mendel 's work sug... | so basically , a gene can have multiple number of alleles- but only up to 2 ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | for example , self-fertilization of a pink plant would produce a genotype ratio of $ 1 $ $ c^rc^r $ $ : $ $ 2 $ $ c^rc^w $ $ : $ $ 1 $ $ c^wc^w $ and a phenotype ratio of $ 1:2:1 $ red : pink : white . alleles are still inherited according to mendel 's basic rules , even when they show incomplete dominance . codominanc... | can you give me a general summary of the difference between incomplete dominance and co-dominance ? |
introduction gregor mendel knew how to keep things simple . in mendel 's work on pea plants , each gene came in just two different versions , or alleles , and these alleles had a nice , clear-cut dominance relationship ( with the dominant allele fully overriding the recessive allele to determine the plant 's appearance... | a $ c^hc^h $ rabbit has himalayan ( color-point ) patterning , with a white body and dark ears , face , feet , and tail a $ cc $ rabbit is albino , with a pure white coat . multiple alleles makes for many possible dominance relationships . in this case , the black $ c $ allele is completely dominant to all the others ;... | *this is a question that is not actually about the article , but relates to the article* my mom says red hair skips a generation in her family ... ..how is this possible ? |
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