Diamondpick is a leading global workforce solutions provider, specializing in recruitment, staffing, and talent management across various industries. With a commitment to excellence and innovation, Diamondpick leverages cutting-edge technology and a vast network of skilled professionals to deliver tailored workforce solutions that meet the unique needs of each client.
The company's comprehensive suite of services includes executive search, contingent staffing, managed services, and recruitment process outsourcing (RPO). Whether clients require permanent hires, temporary placements, or project-based staffing solutions, Diamondpick offers flexible and scalable options to ensure businesses have access to the talent they need to succeed.
Diamondpick's team of experienced recruiters and industry experts are dedicated to building long-lasting partnerships with clients, understanding their objectives, and providing strategic workforce solutions that drive business growth and success. By leveraging their extensive market knowledge and innovative recruiting strategies, Diamondpick helps clients navigate the complexities of talent acquisition and stay ahead of the competition.
Committed to quality, integrity, and professionalism, Diamondpick sets the standard for excellence in workforce solutions, helping businesses thrive in today's dynamic and competitive marketplace. Whether it's sourcing top talent, optimizing recruitment processes, or managing entire workforce programs, Diamondpick is the trusted partner for companies seeking to build high-performing teams and achieve their business goals.
Answer is 33%
{35 % of all the employees are men.
so 65 % (100-35) of all the employees are women.
35*20%=7% of the men attended the annual company picnic and
65*40%=26% of the women attended the annual company picnic.
so 33%(7+26) of all the employeeswent to the picnic.}
D
#1: N = 1, f(N) = 1
#2: N = 199981, f(N) = 199981
#3: N = 199982, f(N) = 199982
#4: N = 199983, f(N) = 199983
#5: N = 199984, f(N) = 199984
#6: N = 199985, f(N) = 199985
#7: N = 199986, f(N) = 199986
#8: N = 199987, f(N) = 199987
#9: N = 199988, f(N) = 199988
#10: N = 199989, f(N) = 199989
#11: N = 199990, f(N) = 199990
#12: N = 200000, f(N) = 200000
#13: N = 200001, f(N) = 200001
#14: N = 1599981, f(N) = 1599981
#15: N = 1599982, f(N) = 1599982
Let ‘x’ be the number of perons in the group and let ‘y’ be
amount per head which they have to pay.
Then xy = 2400.
or y = 2400/x
Since two friends have forget the purse, x-2 persons should
share the total amount(2400).
If they share, they have to make an extra contribution of
Rs 100 to pay up the bill
That is x-2 persons should pay y+100 each
or (x-2)(y+100) = 2400
or y+100 = 2400/(x-2)
or y = 2400/(x-2) – 100
Therefore we have got two equations namely,
y= 2400/x and y = 2400/(x-2) – 100
Comparing these two, we get
2400/x = 2400/(x-2) – 100
Solving this we get
x^2 – 2x -48 = 0
or (x-8) (x+6) = 0
or x = 8 or x = -6
Since ‘x’ denote the number of persons, it should be
positive.
So, x = 8.
c
assume the ratio 6:4 to be 60:40
boys taking lunch in canteen=60% of 60=36
Girls taking lunch in the canteen=40% of 40=16
Total boys and girls taking lunch in the canteen=52
Total students we assumed is 60+40=100
Therefore percentage of boys and girls taking lunch in the canteen=(52/100)*100=52%
1000 cu.m
acno is right answer
cant say
If c is 5 times faster than a then he can do it in 2 days alone.
6561 → 6560/2 [-1]
3280
1640
820
410
205 [+1] =206
103 → [-1] = 102
51 [+1] = 52
26
13 [-1] = 12
6
3 [+1] 4
2
1
25