New amount - original amount = amount of change
amount of change/original amount × 100 = percent of change
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36 - 34.5 = 1.5
<span>1.5/34.5 × 100 = 4%</span>
Let the number of red, black, green and blue balls be R, B, G, U respectively.
B=R (There are as many black balls as red balls)
G+R=10 so G=10-R (Green balls and red balls should add up to 10)
R+10=U (There should be 10 more blue balls than red balls)
The minimal number of balls is 2, 304 so we have the following inequality:
R+B+G+U≥ 2,304
R+(R)+(10-R)+ (R+10)≥2,304
4R≥2,304
R≥2,304/4=576 so R=576
Answer: 576
omg I'm sorry I misread the question, this is not the answer!
I don't know, i worked it out again.
either the answer is 0.65 miles or it that it might be 2.5 miles...... I don't know. you might want to have someone recheck it
Add all the chips to find the total amount.
7 + 9 + 3 + 6 = 25 chips
Since there are 6 blue chips (6/25), that's the probability of just getting once.
When you pick a blue chip and it doesn't get replaced, then that means there is one fewer blue chip and one fewer from the total amount.
5/24
Multiply both probabilities.
6/25 * 5/24 = 30/600
Simplify.
30/600 → 1/20
Therefore, the answer is B
Best of Luck!
The properties 1‚ 2‚ 4‚ and 5. are used
