Answer:
C.)$31,390
Step-by-step explanation:
You can use the formula to calculate the future value to find the answer:
FV=PV*(1+i)^n
FV= future value
PV= present value= 29,000
i= interest rate=2%
n= number of periods of time= 4
Now, you can replace the values in the formula:
FV=29,000*(1+0.02)^4
FV=29,000*(1.02)^4
FV=31,390
According to this, the answer is that the annual rent would be $31,390 at the end of four years.
Combine multiplied terms into a single fraction
-3/7m=12
-3m/7=12
Multiply all terms by the same value to eliminate fraction denominators
-3m/7=12
7x-3m/7=7x12
Cancel multiplied terms that are in the denominator
7x-3m/7=7x12
-3m=7x12
Multiply the numbers
-3=7x12
-3m=84
Divide both sides of the equation by the same term
-3m=84
-3m/-3=84/-3
Simplify
Cancel terms that are in both the numerator and denominator
Divide the numbers
m=-28
Answer:
2^n
Step-by-step explanation:
So whenever you flip a coin, you can see it as 2 nodes branching off of each existing node. so for example when you flip a coin once you're going to have 2 sequences initially H and T, now when you flip a coin again for each of those 2 sequences 2 are going to branch off of that, making the total sequences 4, and the next flip 2 sequences are going to branch off each of the 4 sequences and so on. this can generally be described as: 2^n
I attached an image describing this a bit better but the bottom line is that for each 'end node'/sequence you're going to have 2 branch off of it, thus for each coin flip the number of sequences multiplies by 2
Answer:
small=2, large=8
Step-by-step explanation:
let every candle holder(small) hold x candle and large y.
=>east side= 10x+4y=52-equation 1
=>west side=2x+4y=36-equation 2
equation 1 - equation 2=10x+4y-(2x+4y)=52-36
=>10x-4y-2x-4y=16
=>8x=16
=>x=16/8=2 candles
therefore, every small candle holder has 2 candles.
for large candle holders' capacity=> 2*2+4y=36
4+4y=36
4y=32
y=32/4=8 candles
Brainliest please
