,h"oybee ,unit ,a ,table ( ,3t5ts ,meet ! ,h"oybee """""""""""""""""""" #a ,:at ! ,h"oybee ,looks ,l """"""""""" #b ,! ,h"oybee's ,habitat """""""""""""" #c ,h"oybee ,unit ,a ,ma? ,skills """""" #d ,problems = ,h"oybee ,unit ,a ,problem #a """"""""""""""""""""""" #e ,problem #b """"""""""""""""""""""" #f ,problem #c """"""""""""""""""""""" #g ,problem #d """"""""""""""""""""""" #h ,problem #e """"""""""""""""""""""" #i ,problem #f """""""""""""""""""""" #aj ,3clu.n """""""""""""""""""""""""""" #aa ,gloss>y """"""""""""""""""""""""""" #ab ,meet ! ,h"oybee ,h"oybees >e 9sects t live 9 mo/ >1s ( ! _w4 ,!y >e ! only 9sects : make food t humans eat4 ,bees collect ^1nect> f fl[]s : !y turn 9to ^1h"oy4 ,bees >e an important "p ( _! ^1habitat 2c z !y collect ^1nect>1 !y al c>ry ^1poll5 f "o fl[] to ano!r help+ ! fl[]s develop se$s4 ,mo/ crops gr[n by humans dep5d on ^1poll9a;n by bees4 ,:at ! ,h"oybee ,looks ,l ,! graphic ( ! h"oybee %[s x 9 two ways4 ,9 ! upp] left corn] ( ! graphic a draw+ ( a bee t is actual size is %[n next to a draw+ ( a pap] clip4 ,! second graphic %[s ! bee f ! side ) xs h1d fac+ left4 ,! bee's body has ?ree r.d$ sec;ns4 ,a r.d eye1 po9t$ m\? & two ant5nae >e visible on ! h1d4 ,"o w+ c 2 se5 atta*$ to ! bee's left side4 ,six jo9t$ legs hang d[n f ! body1 & a ^1poll5 basket is %[n on "o leg4 ,! bee's body is /rip$ & 5ds 9 a small po9t$ /+]4 ,! animal graphic is sep>ate4 #b ,! ,h"oybee's ,habitat ,h"oybees live 9 >1s ": "! >e fl[]+ trees & plants4 ,!y >e active \tdoors 9 ! spr+ & summ]1 b 9 ! cool] w9t] !y rema9 9 _! ^1beehive1 huddl$ tgr to keep ! temp]ature 3/ant4 ,bees ne$ to produce 5 ^1h"oy dur+ ! w>m mon?s to survive dur+ ! w9t]4 ,f>m]s & g>d5]s (t5 keep ^1beehives : >e "s"ts call$ hives4 ,f>m]s may ev5 r5t hives f o!rs1 2c bees >e s important = ^1poll9a;n4 #c ,h"oybee ,unit ,a ,ma? ,skills ,9 ? unit y w practice f9d+ probabil;y equival5ts4 ,? m1ns h[ likely "s?+ is to happ51 relative to a total am.t4 ,= example1 if "! >e #ii r$ balls & "o gre5 ball1 "! >e #ajj balls 9 all1 & ! probabil;y ( pick+ ! gre5 "o is #a 9 #ajj or _% #0+01 _:4 ,probabilities w 2 express$ 9 decimal =m1 ) a #j 2f ! decimal po9t1 un.s ! probabil;y is #a ( c\rse4 ,tactile graphics >e provid$ to solve problems #b & #e4 #d ,h"oybee ,unit ,a ,problem #a ,problem3 ,h"oybees fly f ! ^1beehive to f9d fl[] ^1nect>4 ,"o "d1 a ^1beekeep] obs]v$ #ajj bees l1ve ! hive4 ,?ree-f\r?s ( ! bees flew t[>d a fl[] g>d54 ,! rema9+ _% ?1/4# _: flew t[>ds an or*>d ) fl[]+ fruit trees4 ,:at is ! probabil;y t a bee return+ to ! hive has ^1nect> f fruit tree fl[]s8 ,report yr answ] 9 decimal =m1 & 9clude a z]o 2f ! decimal po9t4 ,h9t #a3 _% ?1/4# _: ( ! bees w5t to ! fruit tree fl[]s4 ,h9t #b3 ,divide #a by #d to f9d ! probabil;y equival5t 9 decimal =m4 #e ,h"oybee ,unit ,a ,problem #b ,look at ! tactile graphic4 ,problem3 ,! map %[s h[ _m h"oybees travel$ away f _! beehive 9 se>* ( nect>4 ,f9d ! probabil;y t a bee travel$ #d miles away f ! hive4 ,5t] yr answ] 9 decimal =m4 ,9clude a z]o to ! left ( ! decimal po9t1 & "o digit to ! "r ( ! decimal po9t4 ,h9t #a3 ,! total numb] ( bees is ! d5om9ator4 ,! num]ator is ! numb] t flew #d miles f ! hive4 ,h9t #b3 ,divide #ajj by ! total numb] ( bees to f9d ! probabil;y t a bee flew m ?an #d miles f xs hive4 #f ,h"oybee ,unit ,a ,problem #c ,problem3 ,a ^1beehive 3ta9s ?ree types ( h"oybees4 ,"! is "o que51 ^: job is to lay e7s4 ,dr"os >e males t >e ne$$ s t ! que5 w produce e7s4 ,! re/ >e "w]s :o obta9 ^1nect>1 produce ^1h"oy & c>e = ! ^1beehive4 ,= e dr"o1 "! >e #ajj "w]s4 ,a "picul> hive has #cjj dr"os4 ,h[ _m "w]s does x 3ta98 ,yr answ] does n ne$ a comma4 ,h9t #a3 ,multiply ! numb] ( dr"os by #ajj4 ,h9t #b3 ,multiply #cjj dr"os by #ajj to f9d ! numb] ( "w]s4 #g ,h"oybee ,unit ,a ,problem #d ,problem3 ,"! >e #fd ^1species ( bees1 b only #af ( ^! ^1species >e h"oybees t produce ^1h"oy4 ,:at is ! probabil;y t a bee ^1species produces ^1h"oy8 ,report yr answ] 9 decimal =m ) a z]o 2f ! decimal po9t4 ,h9t #a3 ,! numb] ( h"oy-produc+ species is ! num]ator1 & ! total species is ! d5om9ator4 ,h9t #b3 ,divide ! #af h"oy-produc+ species by ! total numb] ( species1 : is #fd4 #h ,h"oybee ,unit ,a ,problem #e ,look at ! tactile graphic4 ,problem3 ,! circle graph %[s ! di6]5t types ( results f gett+ /ung by a bee4 ,h"oybees >e n usually ^1a7ressive b !y w /+ if ! hive is ?r1t5$4 ,= mo/ p ! /+ is n s]i\s4 ,= "s p1 ! /+ miely t "s p die due to an ^1all]gic ^1reac;n to ! ^1v5om 9 ! /+4 ,use ! data 9 ! graph to f9d ! probabil;y t "s"o wd die due to a bee /+4 ,report yr answ] z a decimal ) a z]o 2f ! decimal po9t4 ,h9t #a3 ,set up a ratio ) ! numb] ( p kill$ ov] ! total numb] ( p /ung4 ,h9t #b3 ,divide #ab d1?s by #hjj p to f9d ! probabil;y equival5t4 #i ,h"oybee ,unit ,a ,problem #f ,problem3 ,alm all h"oybees 9 a ^1beehive >e female1 9clud+ ! que5 & ! "w]s4 ,9 a "picul> hive ) #ejj bees1 only #b >e male dr"os4 ,:at is ! probabil;y t a bee w 2 male8 ,5t] yr answ] 9 ^1decimal ^1=m1 & 9clude a z]o 2f ! ^1decimal ^1po9t4 ,h9t #a3 ,set up a ratio ) ! numb] ( males z ! num]ator1 & ! total numb] ( bees z ! demom9ator4 ,h9t #b3 ,divide #b males by #ejj total bees to f9d ! probabil;y t a bee 9 ! hive is male4 #aj ,3clu.n ,y h complet$ ,h"oybee ,unit ,a on f9d+ probabil;y equival5ts4 ,y "k h[ to divide ! "p by ! total1 & h[ to repres5t ! probabil;y 9 decimal =m4 ,probabilities c 2 use;l = mak+ pr$ic;ns4 ,= example1 if "! >e #c c&y b>s & #ig cookies1 y don't want to bet v m* t y w pick \ a c&y b>6 #aa ,gloss>y a7ressive ,a7ressive m1ns to 2 r1dy to figue4 all]gic reac;n ,an all]gic reac;n is ! body's response to "s?+ t x does n recognize4 ,mo/ reac;ns >e m9or l a sk9 ra%4 ,r>ely1 ! p]son mi4 9fec;n ,an 9fec;n is ! body's reac;n to "s?+ s* z a virus or bact]ia t c cause ill;s4 mile ,a mile is a unit ( 4t.e #ab equal to #ebhj feet4 ,mo/ p wd take ab #ae to #cj m9utes to walk a mile4 nect> ,nect> is a sug>y liquid t is produc$ by plants4 poll5 ,poll5 is a du/-l sub/.e produc$ by fl[]s t is important = develop+ se$s4 poll9a;n ,poll9a;n is ! process 9 : poll5 f "o plant is transf]r$ to ano!r "o4 ,? helps ! plant =m se$s4 species ,a species is a gr\p ( animals t >e closely relat$ to ea* o!r4 ,!y c reproduce ) ea* o!r b n ) o!r animals t >e n ( ! same species4 v5om ,v5om is a tox9 or poison t is produc$ by an animal4 #ac ,h"oybee ,unit ;,b ,table ( ,3t5ts ,meet ! ,h"oybee """""""""""""""""""" #a ,:at ! ,h"oybee ,looks ,l """"""""""" #b ,! ,h"oybee's ,habitat """""""""""""" #c ,h"oybee ,unit ;,b ,ma? ,skills """"" #d ,problems = ,h"oybee ,unit ;,b ,problem #a """"""""""""""""""""""" #e ,problem #b """"""""""""""""""""""" #f ,problem #c """"""""""""""""""""""" #h ,problem #d """"""""""""""""""""""" #i ,problem #e """""""""""""""""""""" #aj ,problem #f """""""""""""""""""""" #aa ,3clu.n """""""""""""""""""""""""""" #ab ,gloss>y """"""""""""""""""""""""""" #ac ,meet ! ,h"oybee ,h"oybees >e f.d >.d ! _w1 any": "! >e fl[]+ plants & trees4 ,h"oybees collect ^1nect> f fl[]s1 take x back to _! ^1beehive1 & turn ! ^1nect> 9to ^1h"oy : is _! food4 ,x takes ?\s&s ( bees mak+ _m trips to collect 5 ^1nect> to make ^1h"oy4 ,dur+ spr+ & summ] :5 plants >e fl[]+1 a ^1beehive mie visible on ! h1d4 ,"o w+ c 2 se5 atta*$ to ! bee's left side4 ,six jo9t$ legs hang d[n f ! body1 & a ^1poll5 basket is %[n on "o leg4 ,! bee's body is /rip$ & 5ds 9 a small po9t$ /+]4 ,! animal graphic is sep>ate4 ,! ,h"oybee's ,habitat ,h"oybees live 9 >1s ": !y h a3ess to fl[]+ plants & trees4 ,!y build ^1beehives made f wax1 : !y produce f _! bodies4 ,p :o raise bees w (t5 set up boxes ) wood5 frames t ! bees fill ) wax4 ,! wax /ructure is call$ h"oycomb 2c x is full ( small holes t ! bees fill ) ^1h"oy4 ,! que5 bee al lays e7s 9to "s ( ! holes4 ,9 ! middle ( ! "d :5 x is w>m bees fly \ 9 se>* ( ^1nect>4 ,!y /ay 9side ! hive at nie provid$ to solve problems #b & #e4 #d ,h"oybee ,unit ;,b ,problem #a ,problem3 ,p raise h"oybees to help ) ^1poll9a;n & al = ^1h"oy4 ,y want to buy a ^1beehive s y c sell ^1h"oy4 ^1,beekeep] #a has five ^1beehives t produce #cjj ^1p.ds ( ^1h"oy p] ye>4 ^1,beekeep] #b has f\r hives t produce #bhj ^1p.ds p] ye>4 ^1,beekeep] #c has six hives t produce #cjj ^1p.ds p] ye>4 ,if y want ! mo/ produc;n p] ye>1 : ^1beekeep] %d y buy a hive f8 ,= yr answ]1 5t] ! numb] ( ! ^1beekeep]1 n ! ^1p.ds ( h"oy4 ,h9t #a3 8,p] hive0 m1ns divide ! am.t produc$ by ! numb] ( hives4 ,d ? = ea* beekeep]4 ,h9t #b3 ,beekeep] #a gets #fj p.ds p] hive4 ,beekeep] #c gets #ej p.ds p] hive4 ,comp>e ^! values to ,beekeep] #b's hives4 #e ,h"oybee ,unit ;,b ,problem #b ,sweet;s ,rat+s = ,?ree ,types ( h"oy by ,3c5tra;n 7777777777777777777777777777777777777777 ,orange ,h"oy ,clov] ,blossom ,wildfl[] 3c5tra;n ,h"oy ,h"oy ,h"oy "33333333 "33333 "3333333 "33333333 _% #0.25 """ #98 "" #99 """" #98 #0.50 """ #130 #125 """ #120 #0.75 """ #137 #137 """ #132 #1.00 """ #130 #134 """ #130 _: gggggggggggggggggggggggggggggggggggggggg #f ,h"oybee ,unit ;,b ,problem #b ,look at ! tactile graphic4 ,problem3 ,! table %[s h[ sweet ?ree types ( ^1h"oy >e4 ,! am.t ( sweet;s dep5ds on ! 3c5tra;n4 ,3c5tra;n m1ns ! am.t ( ^1h"oy relative to wat]4 ,p 7 ask$ to rate h[ sweet ! ?ree types ( ^1h"oy w]e4 ,hi<] numb]s m1n m sweet;s4 ,at :at 3c5tra;n >e ! ?ree types ( ^1h"oy rat$ z mo/ di6]5t 9 sweet;s8 ,= yr answ]1 5t] ! 3c5tra;n1 n ! di6];e 9 sweet;s4 ,use a z]o 2f ! ^1decimal 9 yr answ] & report yr answ] to ! f/ ^1decimal place4 ,h9t #a3 ,*eck = ! hi.d4 ^1,beekeep]s call ^! bees ,zombees4 ,9 "o ^1beehive ) #bjjjj bees1 #bj 7 f.d to 2 ^19fect$ ) ! ,zombee fly4 ,:at is ! probabil;y ( ^19fec;n8 ,5t] yr answ] 9 ^1decimal ^1=m ) a z]o 2f ! ^1decimal ^1po9t4 ,h9t #a3 ,f/1 f9d ! numb] ( ,zombees1 & ! total numb] ( bees 9 ! hive4 ,h9t #b3 ,divide #bj ,zombees by ! total numb] ( bees 9 ! beehive1 : is #bjjjj4 #h ,h"oybee ,unit ;,b ,problem #d ,problem3 ,keep+ bees c 2 fun & pr(itable b ^1beekeep]s "s"ts get /ung by _! bees :5 !y >e tak+ c>e ( ! ^1beehives or h>ve/+ ^1h"oy4 ,"o ^1beekeep] kept a j\rnal & record$ t 9 "o mon?1 %e 0 /ung #ae "ts4 ,assum+ t a mon? has #cj "ds1 :at is ! probabil;y ( gett+ /ung p] "d8 ,yr answ] w 2 9 ^1decimal ^1=m ) a z]o 2f ! ^1decimal ^1po9t4 ,h9t #a3 ,set up a ratio ( ! numb] ( /+s z ! num]ator1 & ! numb] ( "ds z ! d5om9ator4 ,h9t #b3 ,divide #ae /+s by #cj "ds to f9d ! probabil;y ( gett+ /ung p] "d4 #i ,h"oybee ,unit ;,b ,problem #e ,look at ! tactile graphic4 ,problem3 ,! l9e graph %[s ! am.t ( ^1h"oy produc$ 9 ?ree di6]5t ^1beehives ov] ?ree s1sons4 ,: beehive is pr$ict$ to produce ! mo/ h"oy 9 ! f\r? s1son8 ,5t] ! numb] ( ! hive z yr answ]4 ,h9t #a3 ,look at h[ m* ea* hive is 9cr1s+ xs produc;n ea* s1son4 ,f9d ! hive ) ! bi7e/ 9cr1se ea* ses.n4 ,h9t #b3 ,imag9e ea* l9e ext5d$ to ,s1son #d4 ,: l9e wd h ! hi 9ve/$ 9 a beehive1 t5 doll>s w 2 e>n$ f ! almonds t >e produc$4 ,imag9e t y sp5d _% @s500 _: on a ^1beehive & pr$ict h[ m* m"oy y cd e>n f ! almond trees ^1poll9at$ by yr bees4 ,h9t #a3 ,= e doll> y 9ve/ 9 yr beehive1 y c pr$ict y w e>n _% @s10 _: f almonds4 ,h9t #b3 ,multiply ! _% @s500 _: y 9ve/$ by ! _% @s10 _: y w e>n4 #aa ,3clu.n ,y h complet$ ? unit on mak+ pr$ic;ns & deci.ns us+ probabilities4 ,h"oybees >e an important "p ( ! natural _w4 ,if y run 9to a bee1 rememb] t x does n want to /+ y4 ,rema9 quiet1 & mo/ ( ! "t x w fly away4 #ab ,gloss>y beehive ,a beehive is a place ": bees live1 make h"oy1 & raise _! "y4 ,beehives c 2 natural places l tree holl[s or special boxes made by p :o raise bees4 beekeep] ,a beekeep] is a p]son :o raises bees = h"oy or to help ) poll9a;n4 economi/ ,an economi/ is a sci5ti/ :o /udies m"oy1 busi;ses & gov]n;ts4 9fec;n ,an 9fec;n is ! body's reac;n to "s?+ s* z a virus or bact]ia t c cause ill;s4 nect> ,nect> is a sug>y liquid t is produc$ by plants4 poll9a;n ,poll9a;n is ! process 9 : poll5 f "o plant is transf]r$ to ano!r "o4 ,? helps ! plant =m se$s4 p.d ,a p.d is a unit ( m1sure;t t describes wei