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and-cardinality-every-integer_partitions-integerp-lambda-primep-subset

xprimep(x) := integer...

k: subset (integer_pa...

cardinality (k);

Calculate

and-cardinality-every-integer_partitions-integerp-lambda-primep-subset

xprimep(x) := integer...

k: subset (integer_pa...

cardinality (k);

Calculate

and-cardinality-every-integer_partitions-integerp-lambda-primep-subset

xprimep(x) := integer...

k: subset (integer_pa...

cardinality (k);

Calculate

[and,cardinality,every,integer_partitions,integerp,lambda,primep,subset]

Run Example
(%i1)xprimep(x) := integerp(x) and (x <
 32);
(%o1)               xprimep(x) := integerp(x) and (x < 32)
(%i2) cardinality (subset (integer_partitions(30,3), lambda ([x], every (xprimep, x))));
(%o2)                                 91
(%i3) 
Run Example
xprimep(x) := integerp(x) and (x <
 32);
(%o1)               xprimep(x) := integerp(x) and (x < 32)
(%i2) cardinality (subset (integer_partitions(76,5), lambda ([x], every (xprimep, x))));
(%o2)                                6648
(%i3) 
Run Example
xprimep(x) := integerp(x) and (x <
 41);
(%o1)               xprimep(x) := integerp(x) and (x < 41)
(%i2) cardinality (subset (integer_partitions(55,5), lambda ([x], every (xprimep, x))));
(%o2)                                5019
(%i3) 
[allroots,at,charpoly,float,lambda,matrix,solve] [and,apply,cardinality,every,integer_partitions,integerp,lambda,map,subset] [and,cardinality,every,integer_partitions,integerp,lambda,primep,subset] [and,cardinality,every,integer_partitions,integerp,lambda,subset] [and,cos,do,if,lambda,let,print,sin] [and,cos,do,if,lambda,print,sin] [and,every,integer_partitions,integerp,lambda,subset] [and,false] [and,if,labels,lambda,let,not,or] [and,if,lambda,maplist] [and,or,true] [and,or] [and,true] [and] [append,atom,block,delete,flatten,if,lambda,load,map,return] [append,block,lambda,listify,makelist,map,primep,rest,return,setify] [append,block,listify,makelist,primep,return,setify] [append,disjoin,first,if,lambda,listify,makelist,map,mod,setify,subset] [apply,cardinality,integer_partitions,lambda,map] [atom,evenp,subset] [bftorat,block,cons,delete,emptyp,false,first,float2bf,fpprec,if,integerp,kill,lambda,listp,map,mod,ratdenom,ratepsilon,ratprint,rest,return] [bftorat,block,delete,float,if,integerp,mod,rat,ratdenom,ratepsilon,ratprint] [block,if,load,primep] [block,load,mod,next_prime,power_mod,primep,totient] [block,load,mod,power_mod,primep,totient] [block,load,next_prime,primep] [block,primep,print] [cardinality,every,integer_partitions,lambda,primep,subset] [cardinality,every,integer_partitions,lambda,subset] [cardinality,false,powerset,simp] [cardinality,false,simp] [cardinality,integer_partitions,num_partitions] [cardinality,integer_partitions] [cardinality,lambda] [cardinality,powerset] [cartesian_product,lambda,makelist,product,setify,subset] [cartesian_product,lambda,mod,product,subset] [delete,every,full_listify,lambda,listify,makelist,map,mod,primep,set_partitions,sort,sublist] [disjoin,first,if,lambda,listify,makelist,map,mod,setify,subset] [disjoin,first,if,lambda,makelist,map,mod,setify,subset] [do,evenp,first,if,lambda,makelist,map,return,setify,subset] [do,evenp,first,if,lambda,makelist,map,setify,subset] [evenp,first,if,lambda,makelist,map,setify,subset] [evenp,if,lambda,makelist,map,setify,subset] [evenp,lambda,makelist,map,setify,subset] [first,if,lambda,makelist,map,mod,setify,subset] [intersect,lambda,setdifference,sublist,subset,union] [is,lambda,subset] [lambda,makelist,setify,subset] [lambda,sublist,subset]

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