Because the picking was done 100 times, the number of times a counter appeared is the equivalent of its percentage
So blue was picked 58% of the time, and red picked 42% of the time
Then
58% of 10 is 5.8
42% of 10 is 4.2
Since you can't have portions of a counter, you have to round the two numbers to the nearest integer, so there were 6 blue counters and 5 red counters. The reason they deviate slightly from this value is just because of random outcome
-1-(+4)=
solve the brackets first - + = -
=-1-4
=-5
-1+(-4)=-1-
solve the left side
-1-4=-1-
-5=-1-
now think what will be -5 if we -1 from it
-5=-1-4
-5=-5
-1- =-5
-1 minus what will be -5
-1-4=-5
-5=-5
1-(-4)=1+4
dove brackets first - -=+
1+4=1+4
5=5
-198.6 I believe because you take the square root of 704 because that is the product of -4 to the 5 power. then add nine. then multiply by 4. then subtract 15 they ta-da -198.6.
Step-by-step explanation:
51 is not a prime number because it is divisible by 1,3 and 17
and we know prime number are only those number who arenot divisible by any other number except 1
To solve this exercise, you must follow the proccedure below:
1. You have that:
- The formula for calculate the area of the circle is: A=πr² ("r" is the radius of the circle).
-The problem says that the circle has a radius of 6x^9y^5 (r=6x^9y^5)
2. When you substitute r=6x^9y^5 into A=πr², you obtain:
A=πr²
A=π(6x^9y^5 cm)²
3. By applying the exponents properties, you have:
A=36πx^18y^10 cm²
4. Therefore, the answer is the second option: 36πx^18y^10
