Answer:
161,051
146,410 if you DON'T add 2018
Step-by-step explanation:
2014
100000÷10=10000 (10%)
100000+10000=110000
2015
110000÷10=11000
110000+11000=121000
2016
121000÷10=12100
121000+12100=133,100
2017
133100÷10=13310
133100+13310=146410
2018
146410÷10=14641
146410+14641=161051
<span>Answer:
Since 52% of the voters support the newspaper budget, so:
[ 100% - 52% ] = 48% of the voters do not support the budget and thus lead it to predict defeat.
Now to find the probability that the newspapers sample will lead it to predict defeat, simply divide the number of voters who predict defeat over the total number of voters. That is:
The number of voters who predict defeat = 48% out of 358 voters
......................................... (48/100) * 358 = 171.84
So the probability that the sample will lead it to predict defeat = [ 171.84 / 358 ]
......................................... 0.48
That was the classic way of solving such problems.
Another way to solve this problem is simply since you have he percentage of voters who vote against the budget which is 48% = 48/100 = 0.48, so this percentage will be the probability that the newspapers sample will lead it to predict defeat.</span>
Answer:
1 2⋅−1⋅3 5=4 5
Step-by-step explanation:
Combine multiplied terms into a single fraction
12y−1⋅35=45
\frac{1}{2}y-1 \cdot \frac{3}{5}=\frac{4}{5}
21y−1⋅53=54
12−1⋅35=45
Answer: $190
Step-by-step explanation:
24% = $60
24% - 100% = x
Therefore,
24% = $60
76% = x
Cross multiply
0.24x = 0.76 (60)
0.24x= 45.6
Divide both sides by 0.24
x= 45.6/ 0.24
x = 190
Complement- 38
supplement- 128