Answer:
t =log(20) / 0.3 = 10*log(20) / log(1,000) - years - when the tree will have 100 branches.
Step-by-step explanation:
100 = 5 * 10^(0.3t), solve for t
Divide both sides by 5:
20 =10^(0.3t)
Take the log of both sides:
0.3t =log(20)
Divide both sides by 0.3:
Multiply the RHS by 10 / 10
t =log(20) / 0.3 = 10*log(20) / log(1,000) - years - when the tree will have 100 branches.
You are going to times 25.50 together and that's 51 so then you are going to divide 51.00 by 4.25 and that's 12
So the answer is 12
We know tht QV = 15 and TQ = TS, QV = SV;
4 x - 1 = 15
4 x = 15 + 1
4 x = 16
x = 16 : 4 = 4
After that:
TQ = 3 * 4 + 2 = 12 + 2 = 14
Answer:
C ) 14 units.
Answer:
Attached is the profit distribution plotted on the chart and also the detailed solution using excel
Step-by-step explanation:
To solve this problem we have to
- create a column for number of counts ( 1,2,3........1000) bids
- create a column for the cost to be incurred which is mostly dependent on the random number generated. the formula for that using excel is; 9000+ rand()*(11000-9000) for uniform distribution between the numbers
- Four(4) more columns are generated for bids of competitors by using the formula: 10000+rand()*(3*10000-10000) this because the bids that will be submitted by others bidders will vary uniformly between her mean cost and 3 times her mean cost
- Condition is checked to see if the lowest bid is. =IF(MIN(the 4 bids)>14000,1,0)
- Next the same process is carried out for 13000 and 15000
- The probability of winning is calculated in excel using this formula =Countif(value of step 4 for all the rows,1)/1000
Answer:
78
Step-by-step explanation:
546 ÷ 7 = 78. So their is 78 blocks in each tower.