The function is defined by the following rule.f(x)=2x-5
Complete the function table.
-S
0
1
4
5
X
0
0
0
0
0
5
Answers
The given functionrule is:
f(x) = 2x - 5. Therefore, the finished function table will end at 5.
How to finish the function table?
We must assess the function f(x) for each value of x given in order to finish the function table:
For x = -3:
f(-3) = 2(-3) - 5 = -6 - 5 = -11
For x = 0:
f(0) = 2(0) - 5 = -5
For x = 1:
f(1) = 2(1) - 5 = -3
For x = 4:
f(4) = 2(4) - 5 = 3
For x = 5:
f(5) = 2(5) - 5 = 5
The finished function table is as follows:
x f(x)
-3 -11
0 -5
1 -3
4 3
5 5
ending at variable 5.
The function rule that is provided is:
f(x) = 2x - 5
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Is this relation a function choose correct answer marking brainlist
Plan B: Put the $1,000 in an account that pays 5 percent interest per year.
Which statement is true?
Plan A will be worth more than plan B after two years.
Plan A will be worth the same amount as plan B after one year.
Plan B will be worth more than plan A after three years.
Plan B will be worth more than plan A after four years.
Answers
Plan A = 1000 dollars to be invested in an account that pays 100 dollars per year. (1000 + 100 = 1100 dollars in a year)
Plab B = 1000 dollars to be invested in an account that pays 5% interests per year (1000 * .05 = 50 => 1000 + 50 = 1050 dollars per year)
Thus the correct answer is Plan A will be worth more than plan B after two years.
The true statement is Plan A will be worth more than plan B after two years.
What is the worth of the plans with the passage of time?
The equation that can be used to represent the future value of plan A:
Total value = initial value x ($100 x number of years)
Value in 2 years: 1000 x (100 x 2) = $1200
Value in 3 years: 1000 x (100 x 3) = $1300
Value in 4 years: 1000 x (100 x 4) = $1400
The equation that can be used to represent the future value of plan B:
FV = P (1 + r)^n
- FV = Future value
- P = Present value
- R = interest rate
- N = number of years
- Value in 2 years: 1000 x(1.05^2) = $1102.50
- Value in 3 years: 1000 x(1.05^3) = 1157.63
- Value in 4 years: 1000 x(1.05^2) = 1215.51
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4/3x^2 - 2x + 3/4 = 0
Answers
If the value of discriminant is less than zero, then the equation has two complex solutions
If the value of the discriminant is equal to zero, then the equation has one solution
If the value of the discriminant is more than zero, then there will be two real solutions.
Just plug in your values and you'll get the right answers.
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5= a
I hope this helps you
Answers
3902/3 = x
1300\overline{6} = x
Fraction: 1300 2/3
Answers
Answer:
2 * 10^2 times
Step-by-step explanation:
To get the number of times faster the Sparrow’s heart beat compared to the human heart, we divide the number of times the Sparrow’s heart beat compared to a human’s
That will be;
(241,776,000)/(1,533,000) = 157.7142857142857
Now, we want to use a single digit times a power of 10
That will be 1.577 * 10^2
Since it is a single digit, it will be 2 * 10^2
Final answer:
The sparrow's heart beats about 158 times faster compared to the human heart.
Explanation:
A healthy human heart beats about 1,533,000 times in a year, while a sparrow's heart beats about 241,776,000 times in a year.
To find the ratio, we divide the number of times the sparrow's heart beats by the number of times the human heart beats, which gives us:
Ratio = Sparrow's Heart Beats / Human Heart Beats
Ratio = 241,776,000 / 1,533,000
Ratio = 158
Therefore, the sparrow's heart beats about 158 times faster compared to the human heart.
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