So if we do 60,000*0.18=10,800 which is the number the price will decrease annually.
1=49,200
2=38,400
3=27,600
4=16,800
:D Hope this helps!
Consider the set {4, 5, 7, 8, 8, 12, 13, 13, 15, 18, 20, 22, 24, 26, 27, 37, 38}. if you were dividing the set into intervals, w
TiliK225 [7]
Answer:
C) 4-12
Step-by-step explanation:
<u>A) 0-7</u>
<em>Its frequency will only be 3 and there are no numbers from 0 till 3 therefore, this is not the best interval.</em>
<u>B) 4-5</u>
<em>This interval is too short. If you go on with the intervals, there will be a lot of sets. Therefore, this is not right.</em>
<u>C) 4-12</u>
<em>The set starts from 4 and so does the interval. The interval 4-12 will have a frequency of 6 and the next intervals will be 13-21, 22-30, 31-39.</em>
<em>Therefore, this is the best interval for the data.</em>
<u>D) 0-10</u>
<em>There are no numbers from 0-3 or 9-10, therefore this is not the best interval.</em>
The correct answer is option C) 4-12
!!
Answer:
4
Step-by-step explanation:
you would do 20÷5=x
to check it it would be 5x=20
5×4=20
Given:Mass of the substance = 27.82 gmsVolume = 3.6 mlDensity of the substance = Mass / Volume = 27.82 / 3.6= 2782 / 36 ×10= 1391/18×10= 77.277/10= 7.7277 gm/ ml (which would be your answer)Hope this helps!!
For the first roll, the chances of getting any number is 6/6 or 1, since no numbers have been rolled yet.
For the next roll, the chances of getting a different number is 5/6, since 1 number has already been rolled and we don't want to receive the same number.
For the final roll, the chances of getting a different roll from the first 2 is 4/6 or 2/3, since we have already got 2 different numbers that we don't want to repeat.
Now, multiply all these fractions together.
1 * 5/6 * 2/3
= (5*2) / (6*3)
= 10 / 18
= 5 / 9
Thus, you have a 5/9 chance of rolling a different number if you roll the dice three times.