Step-by-step explanation:
y=kx
4=k*3,4=3k,4/3=k.to find y when X is 15 ,y=kx,y=4/3*15=60/3=20
Answer:
12/4(improper)
or
3(simplify)
Step-by-step explanation:
This is true but not for all numbers. Of course you can divide a number by 2 but if it’s an odd number the answer will be a decimal. But for example 24, the two digits are divisible by 2 and so is the original number. But for example 12, the digits aren’t divisible by 2 (the answer is 1.5) but the original number is.
The above question is incomplete.
Complete Question
Minor arc KL measures 135°. Circle O is shown. Line segments K O and O L are radii. Which is the radian measure of central angle KOL?
a) StartFraction 3 pi Over 8 EndFraction radians
b) StartFraction 3 pi Over 4 EndFraction radians
c) StartFraction 7 pi Over 8 EndFraction radians
d) StartFraction 13 pi Over 5 EndFraction radians
Answer:
b) StartFraction 3 pi Over 4 EndFraction radians
Step-by-step explanation:
Minor arc KL measures 135°. Circle O is shown. Line segments K O and O L are radii.
Note that:
π radians = 180°
Therefore,
180° = π radians
135° = x
Cross Multiply
180° × x = 135° × π radians
x = 135° × π radians/180
x = 3π/4 radians
Therefore, the radian measure of central angle KOL is 3π/4 radians. Option b) is the correct option.
Answer:
Step-by-step explanation:
I could be wrong but I think it's 3(p-5)+2s
In the problem it states that Sushmila has a coupon, 5 off for each package. She plans to buy 3 packages of henna powder, and 2 squeeze bottles.
2s = number of squeeze bottles
+ = and
3p = number of packages
-5 = amount off each package of henna powder
So I figured it would go like this:
number of packages( amount off each package ) and number of bottles, or
3(p-5)+2s.
It most likely won't be any other answer because:
3p + 2(s - 5) = amount of packages plus 2 ( bottles minus 5 dollars )
3p - 5 + 2s = amount of packages minus 5 dollars off the total, plus 2 bottles
3(p - 5 + 2s) = 3 ( package minus 5 dollars off the total plus 2 bottles )
(I don't know if this makes sense, and I'm not entirely sure that I put down the correct answer)