Answer:
You need to x the width and height and then x that answer with 360
Step-by-step explanation:
Answer:
B. Generate 5 random integers from 1 to 10 and see how many times the numbers 1 to 8 are generated.
Step-by-step explanation:
William wants to simulate 5 shots with an 80% chance each shot. Let's see what is each option simulate
A.
This option is wrong. Since you generate 8 different possibilities(1-8), the chance for each is 1/8= 12.5%. The chance for either 3 and 5 is 25% and it's far from 80%
B.
This option is true. You generate 5 numbers which represent the 5 shots. Since you generate 10 different possibilities(1-10), the chance for each is 1/10= 10%. The chance for 1 to 8 is 80% .
C.
There is no information about the chance for the dart score, so this option won't simulate the situation accurately.
D.
This option is wrong. You generate 3 numbers which represent the 3 shots instead of 5.
Round 0.752 to the nearest tenth: 0.8.
Round 26.48 to nearest whole number: 27.
Round $5.92 to nearest dollar: $6.
Answer:
Step-by-step explanation:
1
Given x³, we can write the equivalent expression -----------
x^(-3)
1
Given y^(-4) we can rewrite this as ----------
y^4
Here we're applying the "rule of negative exponents."
x is the 1st number, y is the 2nd number, z is the 3d number.
x+y+z = 2
x - y + z= -2
x - z = y +22 -----> x-y-z=22
x+y+z = 2
<u>x - y + z= -2</u>
2x + 2z =0
x + z = 0
x = -z
x - y + z= -2 and x = -z
-z - y + z = -2, y =2
x-y-z=22 and x = -z, and y = 2 -----> x -2 +x = 22 --->2x = 24 ----> x = 12
x= -z -----> z = - 12