f(0) = - 5 represents the correct value for the polynomial f(x).
Polynomial is an expression of more than two algebraic terms, especially the sum of several terms that contain different powers of the same variable(s). Example -
5x³ + 4x + 5
Given is a polynomial f(x) and (x + 5) as its factor.
If (x + 5) is the factor, then the graph of f(x) cuts [x] axis at x = - 5. So,
f(0) = - 5.
Therefore, f(0) = - 5 represents the correct value for the polynomial f(x).
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2x-4y=2
-2x+3y=0
-------------------- (+)
3y-4y=2
-y=2 /*(-1)
y=-2
2x-4y=2
2x-4*(-2)=2
2x+8=2 /-8
2x=-6
x=-3
1 + {2x - 3(1.8 divided by 0.2)}
a. 2x - 26
b. 2x + 28
c. 3x - 27
d. -7x + 1
a=b(1/c-1/d)
Answer: c = b/(a + 1).
Step-by-step explanation:
a = b(1/c - 1/d)
Expand RHS by first finding LCM
a = b((d — c)/cd)
a = (bd — bc)/cd
Then cross multiply
acd = bd — cd
Collect the terms having c to the LHS
acd + cd = bd
Factorise cd out of LHS
( a+ 1)dc = bd
c = bd/(a + 1)d
c = b/(a + 1).
a. $9452.54
c. $12,328.91
b. $11,025.45
d. $10,094.57
Answer:
He invest $10101.01.
Step-by-step explanation:
Given : Mark knows that he will need to buy a new car in 5 years. The car will cost $15,000 by then.
To find : How much should he invest now at 8%, compounded quarterly, so that he will have enough to buy a new car?
Solution :
Using compound interest formula,
Where, A is the amount A=$15000
P is the principle P=?
r is the rate r=8%=0.08
t is the time t= 5 years
Substitute the value,
Therefore, He invest $10101.01.
Answer:
d
Step-by-step explanation:
x - initial investment
8% - annual rate
x·=15,000,
so x = 10094.54
ANSWER: $10,094.57