(2, 3, 4, 5) (6, 7, 8, 9) (2, 3, 4, 5) - Cleave Books

1 Table Searches 1 (2, 3, 4, 5)Table Searches 2 (6, 7, 8, 9)Table Searches 3 (2, 3, 4, 5)Table Searches 4 (6, 7, 8, 9)Table Searches 5 (2, 3 & 4, 5)Table Searches 6 (6, 7 & 8, 9)Table Searches 7 (2, 3, 4 & 5, 6, 7)Table Searches 8 (5, 6, 7 & 7, 8, 9)Table Searches 9 (2, 3, 4, 5 & 6, 7, 8, 9)Table Search 10 (JUMBO)Table SearchesList of Contents Frank Tapson 2004 [trolWC:2]Table Searches 1 4 413=9 4=3650=4 8 7 2 2 8 4=32441 =7= 9 ==3 4 4=1624 =8=3 4 004 1=86 47 =2 5 4==1=7 4=28 21 4=5 4=241 4=6 4=2 4=7 4=28 !!!!!3 4=8 4=4 4=9 4=5 4=10 4= 2 5 5=6=2 36 4 7221 2=22 9====5==24 827 8 == 2 4 212 1=282 4 2==1=10 2=20181 2=4=2 306 2=1282 41 2=6 2=2 2=7 2=3 2=8 2=4 2=9 2=5 2=10 !

2 !!!!10 2 = 3 4 3=81 3=3 69 3=277532 3= 4 1= 63=233=013 7==5= 5=3 21=39326 1=38 3=18 3=24 =326 3=12=3035 4 3=1231 3=6 3=2 3=7 3=21 !!!!!3 3=8 3=4 3=9 3=5 3=10 3= 5 56 5=103 54 8 6 =958=59 25 77 = = == 55 5358 50=4=8 0= =641 2=644310=5 5== 54 5=202 8=52=3 5=1501 5=6 5=2 5=7 5=3 5=8 5=40 !!!!!4 5=9 5=5 5=10 5=Each grid is related to the incomplete multiplication table below it. Complete the multiplicationtable; find each statement of the table in the grid and draw a line around it; then tick it off in thetable. The statement may run up and down, across or diagonally, and may be read in any number or symbol in the grid may be used more than once in different statements.

3 Frank Tapson 2004 [trolWC:3]Table Searches 2 8 8 8=640 8=10 8=409=661 8=8 7 408 8389 87 = ===8=5 684 78=5 4=8=42 54 2=2 8=1684 8=3206 5 8=48 8=81 8=6 8=2 8=7 8=3 8=8 8=4 8=9 8=5 8=40 !!!!!10 8 = 6 12 6=129 35 82 4 6=143 6=6 2=0 765=8= 4 64=5 7=356= 41 6 =6=2 8==6=6 64=16= =38056 1=1240=2187 6=4261 6=6 6=2 6=7 6=3 6=18 !!!!!8 6=4 6=9 6=5 6=10 6= 7 7 48 7=564 6 3 43 10 7=70 7756=54=57==2 7=14 =4248 7=9222119 7=6317 3 7=28=5 754=5 7=35=4 7=28 7=71 7=6 7=2 7=7 7=3 7=8 7=4 7=9 7=5 7=35 !!!!!10 7= 9 92 9=189 9 6 8 6=18=43=5 5 4=1 7 9=63 503 === =9 9 5=7 =9997 4=923====25=9 6592 48= 83407 15 6=91 9=6 9=54 !!!!!2 9=7 9=3 9=8 9=4 9=9 9=5 9=10 9=Each grid is related to the incomplete multiplication table below it.

4 Complete the multiplicationtable; find each statement of the table in the grid and draw a line around it; then tick it off in thetable. The statement may run up and down, across or diagonally, and may be read in any number or symbol in the grid may be used more than once in different statements. Frank Tapson 2004 [trolWC:4]Table Searches 3 4 43 2=8=4 0 6=61=4 4 1=2 4=8=42=3 49=4 240 2=1 8 =2723 024 3=3 =1=5 =249 44=3 63 =4 1 4=4=6278 25 3=81 4=6 4=2 4=7 4=3 4=12 !!!!!8 4=4 4=9 4=5 4=10 4=1 2=6 2=2 2=7 2=3 2=6 !!!!!8 2=4 2=9 2=5 2=10 2= 3 72=3 9=5 82 3=3 1 413 3=4=3 1=442=3 80 3 7 2 =3 3 5=1338=6=7 == 2=6 12=3 7=2932 0=2=3 1=4=2 3=61 81 3=6 3=2 3=7 3=21 !!!!!3 3=8 3=4 3=9 3=5 3=10 3= 5 6=1 6=7 5=053 8 50=4 2215=5 2953==9=4= 5=5355 553 151 =6=00 0=145=5=512 5=10 5 04=5 8 462 5=1534 21 5=6 5=2 5=7 5=35 !

5 !!!!3 5=8 5=4 5=9 5=5 5=10 5=Each grid is related to the incomplete multiplication table below it. Complete the multiplicationtable; find each statement of the table in the grid and draw a line around it; then tick it off in thetable. The statement may run up and down, across or diagonally, and may be read in any number or symbol in the grid may be used more than once in different statements. 2 28 6=484 243 2=8 61= 5 2=202 30 16=2 4281428=1 3=1=21=2 6 2=2 4=6 2=22 02=2 013 5 2=9 2=1912 2=47 23 Frank Tapson 2004 [trolWC:5]Table Searches 41 8=6 8=2 8=7 8=3 8=8 8=4 8=9 8=72 !!!!!5 8=10 8= 6 6 2=2=6 15243=4 6 24725=6 6=8 =4 =9=5= 66=3 6=181= 6 34 3=125 6=3091 447=06=6 01 3 6=147 584=6 8 4=21 6=6 6=2 6=7 6=42 !

6 !!!!3 6=8 6=4 6=9 6=5 6=10 6= 7 6=6 1 8=6329=7 27 5==7 0=6= =492=7 3777 3 === 2 124=7 61 83 6 7=37 272=07 7=49==41=7 1=8153=7 54621 7=6 7=2 7=7 7=3 7=8 7=4 7=9 7=63 !!!!!5 7=10 7= 9 98 4=32 513 24 9=36 1=940=0 49=8 5 9=45=99===29= 2=1 9 7=64797 =94=1 036=9 7281=9 2 0=07 3=218 321 9=6 9=2 9=7 9=63 !!!!!3 9=8 9=4 9=9 9=5 9=10 9=Each grid is related to the incomplete multiplication table below it. Complete the multiplicationtable; find each statement of the table in the grid and draw a line around it; then tick it off in thetable. The statement may run up and down, across or diagonally, and may be read in any number or symbol in the grid may be used more than once in different statements.

7 8 8 346=8 84 71 8=8=5 7=487=8 9857 = 0 243 531 8=6= 182==== 88 5=7=8 5 =4 242 3=62=03=00 3=442 8=1604 Frank Tapson 2004 [trolWC:6]Table Searches 5 Each grid is related to the multiplication tables beside it. Many (but not all) of the statements in themultiplication tables can be found in the search grid. Some occur more than once. Find the statementswhich are in the grid; draw a line around each as it is found and tick it off in the table. Statementsmay run up and down, across or diagonally, and may be read in any direction. Any number orsymbol in the grid may be used more than once in different & 3 1 2= 21 3= 32 2= 42 3= 63 2= 63 3= 94 2= 84 3=125 2=105 3=156 2=126 3=187 2=14!

8 !!!!!!!!!7 3=218 2=168 3=249 2=189 3=2710 2 = 2010 3 = 3002=4 59 5=45 58 45336 144=4 1 == = ==25 454=5 951=6= = = = 2=17 23 3 7902=4 5=20 =52 5=104=4 01=3 39 4=367=53=5 72 9=25 5 2=8 5=40 4 5=2021=4 31 4= 41 5= 52 4= 83 5=103 4=123 5=154 4=164 5=205 4=205 5=256 4=246 5=307 4=287 5=35!!!!!!!!!!8 4=328 5=409 4=369 5=4510 4 = 4010 5 = 504 & 5 2 6=4 4=8190=3 10 3=30 19=3 3=264 2= 8== 5== 3=23 16 3=18=1 =281 2=2638527 2=143=02472=3 95 3=15=642=3 8 == 221=3 4=2 22 3 42=3 81 =412=3 7 2=61 Frank Tapson 2004 [trolWC:7]Table Searches 6 Each grid is related to the multiplication tables beside it. Many (but not all) of the statements in themultiplication tables can be found in the search grid.

9 Some occur more than once. Find the statementswhich are in the grid; draw a line around each as it is found and tick it off in the table. Statementsmay run up and down, across or diagonally, and may be read in any direction. Any number orsymbol in the grid may be used more than once in different 742=6 4869 6=543 8 65494=7 7764==24 6=====017=27 4 25372 6=122 866=28 7 4 =857424=6 77 43 ==7 5= =9==07=6 593 7671 5 6=3064 86 12=7 3 851 6= 61 7= 72 6=122 7=143 6=183 7=214 6=244 7=285 6=305 7=356 6=366 7=42!!!!!!!!!!7 6=427 7=498 6=488 7=569 6=549 7=6310 6 = 6010 7 = 706 & 7 8 & 9 1 8= 81 9= 92 8=163 9=183 8=243 9=274 8=324 9=365 8=405 9=456 8=486 9=547 8=567 9=638 8=648 9=729 8=72!

10 !!!!!!!!!9 9=8110 8 = 8010 9 = 9027=8 965=8 72 42 8= 6 =995327=9 894==== == 5=8 81616=8 414 25836== =845=4 3647 92 8=8=46 2 7 8=9204=8 57 2 4 35=9 7644 9=67=9 83 9=272=9 37 Frank Tapson 2004 [trolWC:8]Table Searches 7 Each search grid is related to the three multiplication tables named. Many (but not all) of the statements fromthose multiplication tables can be found in the grid. Some occur more than once. Find the statements which arein the grid; draw a line around each as it is found and write it down on a list beside the grid. When a statement isfound more than once, show additional ones with a tick. Normal search grid rules 2=572=3 9547 =4 321=3 4 04=3 3 2=64 122==6 =107=23===7 2=14 2=24284 4 65408= 7 = 312=3 73523725==23=4 8 = 4 622 36 4=24304 1 2 4 =4=5= 1347=1 2222 914=361=2 8=4 2=219 4=36 61=4 4821=3 481=2 9276 7=451=5 3=3035 5=25 4 7=91=8= 8 6=6 1 =6 473 4=7 5=35 65= 412 =56= 6=63 82=4 2=82 4 5=2053= 3=88= 94 36=7 90=2 3 7=21== 401= 3 85=1 6 2 5745=6 942=616== 203=6 54=24=2 4=1 4=2 29 318 5=4026 4_____2 3 7 2 = 14 !