Answer:
Metric units are nice to work with, since they are all multiples of ten or a hundred, or one-tenth, ect of each other. You can convert between the various different sizes by merely moving the decimal point the correct number of places. The basic metric units are meters for length, grams for mass or weight, and liters for volume!
Hope Dis Helpz!!!
Answer:
0.43y + 8.1
Step-by-step explanation:
5.23y+3(2.7-1.6y)
=5.23y+8.1-4.8y
=0.43y+8.1
To calculate for the z-score we use the formula:
z=(x-μ)/σ
thus the answers to questions will be as follows:
a]<span>Carmen purchased a 16-ounce can of Nut Munchies and counted 100 peanuts. What is the z-score for this can of peanuts?
</span>x=100
μ=96.3
σ=2.4
z=(100-96.3)/2.4
z=1.542
b]<span>Angelo purchased a 20-ounce can of Gone Nuts and counted 116 peanuts. What is the z-score for this can of peanuts?
x=116
</span>μ=112.6
σ=2.8
<span>thus
z=(116-112.6)/2.8
z=1.214
c]</span><span>Carmen declares that purchasing her can of Nut Munchies with 100 peanuts is less likely than Angelo purchasing a can of Gone Nuts with 116 peanuts. Is Carmen’s statement correct? Use the definition of a z-score to support or refute Carmen’s claim.
This is very correct because because by definition of z-score, Munchies with 100 peanuts is 1.542 away from the mean as compared to Munchies with 116 peanuts which is 1.214 standard deviations from the mean hence the higher likelihood. </span>
P(-2) = a*(-2)^3 = -8*a, right? :) Then -8*a=64==> a = 64/(-8)=-8. So, the last one!