Total number of divisors of `n=2^5 xx 3^4 xx 5^10` that are of the form `4 lambda+2. lambda >= 1` is

Total number of divisors of n=2^(5)xx3^(4)xx5^(10) that are of the form 4 lambda+2. lambda>=1 is

Column I Column II Total number of function f:{1,2,3,4,5}vec{1,2,3,4,5} than are on to and f(i)!= is equal to p. divisible by 11 If x_1, x_2x_3=2xx5xx7^2, then the number of solution set for (x_1, x_2, x_3)w h e r ex_1 in N ,x_1>1 is q. divisible by 7 Number of factors of 3780 are divisible b; either 3 or 2 both is r. divisible by 3 Total number of divisor of n=2^5xx3^4xx5^(10) that are of the form 4lambda+2,lambdageq1 is s. divisible by 4

Total number of divisors of n = 3^5. 5^7. 7^9 that are in the form of 4lambda + 1; lamda >=0 is equal to

Total number of divisors of n = 3^5. 5^7. 7^9 that are in the form of 4lambda + 1; lamda >=0 is equal to

Total number of divisors of n = 3^5. 5^7. 7^9 that are in the form of 4lambda + 1; lamda >=0 is equal to

Total number of divisors of n = 3^5. 5^7. 7^9 that are in the form of 4lambda + 1; lamda >=0 is equal to

Total number of divisors of n=3^(5).5^(7).7^(9) that are in the form of 4 lambda+1;lambda>=0 is equal to

Total number of divisors of N=2^(5)*3^(4)*5^(10)*7^(6) that are of the form 4n+2,n ge 1 , is equal to

Total number of divisors of N=2^(5)*3^(4)*5^(10)*7^(6) that are of the form 4n+2,n ge 1 , is equal to

Total number of divisors of N=2^(5)*3^(4)*5^(10)*7^(6) that are of the form 4n+2,n ge 1 , is equal to