If he paid $57 monthly for 14 months, the total amount paid is:
He paid $798 in total
Answer:
Yes, it is
Step-by-step explanation:
It is biased because all of the employees have over a decade of experienc, what about the newly hired ones?
Answer with explanation:
Number of four digit numbers using four distinct digit
=Unit placed can be filled in four ways * Tens place can be filled in Three ways * Hundreds place can be filled in 2 ways * Thousand Place can be filled in a single way
=4*3*2*1
=24 distinct numbers
Sum of all four , four digits numbers using 1,2,3,4
= (If we keep 4 at unit place +Keeping 3 at unit place +Keeping 2 at unit place+Keeping 1 at unit place)×6+At tens place (2*2+3*2+1*2+4*2+2*2+1*2+1*2+3*2+4*2+2*2+3*2+4*2)+At hundred's place (2*2+3*2+1*2+4*2+2*2+1*2+1*2+3*2+4*2+2*2+3*2+4*2)+At thousand's Place(2*2+3*2+1*2+4*2+2*2+1*2+1*2+3*2+4*2+2*2+3*2+4*2)
=(24+18+12+6)Unit place+(60)Ten's place +(60)Hundred's place+(60)Thousand's Place
=66660
Answer:
9x^8
25x^12
36x^16
Step-by-step explanation:
Answer:
4.9 months
Step-by-step explanation:
According to the scenario, computation of the given data are as follows,
Number of bunnies present (a) = 300
Growth rate (r) = 15.25% per month
Bunnies after n months (Pn)= 2×a = 2× 300
So, we can calculate the months by using following formula
Pn = a ×
By putting the value, we get
2×300 = 300 ×
2 =
By solving the equation further, we get
n = 4.9 months
Hence, it will take 4.9 months to double the number of bunnies.