Answer:
- 18
Step-by-step explanation:
As
(x+y)^3=x^3+y^3+3xy(x+y)
By substituting values,
27-18=x^3+y^3
=》x^3+y^3=9
Answer:X(2X-23)/(X-12)
Step-by-step explanation:
C = Chips = X
P = Pretzels
N = Nachos
First: X (number of bags of Chips)
Second: 4P=X (number of bags of pretzels)
Third: P=(P-3)N (number of bags of Nachos)
we need to simplify them and add them.
they bought:
X + 4P + (P-3)N in total
from the Nachos we can see: N= P/(P-3)
and from the Pretzels: 4P=X X=4P Therefore P=X/4
Also: N=(X/4)/((X/4)-3)
Replace:
X+ X + (X/4)/ ((X/4)-3)
2X+ 4/X/((X/4)-3) = 2X+(X/4)/((x-12)/4)
2X+X/4*4/(X-12)
2X+X/(X-12)
(2X*(X-12)+X)/(X-12)
(2X^2-24X+X)/(X-12)
X*(2X-23)/(X-12)
Answer:
48
Step-by-step explanation:
Multiplying the ratio of raisins to M&Ms by 20, we find there are a total of 80 M&Ms in the bag.
raisins : M&Ms = 1 : 4 = 20 : 80
The ratio of peanut to plain M&Ms is 2 : 3, a total of 2+3 = 5 ratio units. These stand for a total of 80 M&Ms, so each ratio unit of M&Ms stands for 80/5 = 16 M&Ms. That is ...
peanut : plain = 2 : 3 = 32 : 48
There are 48 plain M&Ms in the bag.
y^x:y^x = 1 because a:a=1 for every a
but y^x:y^x=y^(x-x)=y^0
Ex: 2^3:2^2=2^(3-2)=2
8:4=2
⇒ y^0=1
Answer:
43 phone calls
Step-by-step explanation:
Just add them up
14+10+8+11
This is equal to 43