Write an equation for the vertical translation.
y=3/7x :18 units up
Answers
Related Questions
A cell phone company orders 600 new phones from a manufacturer. If the probability of a phone being defective is 3.5%, predict how many of the phones are likely to be defective. Round to the nearest whole number.A) 18 phones B) 210 phones C) 21 phones D) 26 phones
Given quadrilateral ABCD ~ quadrilateral JKLM and AD = 14, JM = 6, and KL = 9, what is BC?----------------------
What are the means of the following proportion 3/15 = 12/60
Complete the sequence 543280. 542280. 541280.
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x%=x/100
'of' means multiply
552.5=x/100 times 425
divide bothsides by 425
552.5/425=x/100
multiply both sides by 100
55250/425=x
use calculator
130=x
answer is 130%
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The number of bacterial population after 5 hours is; 816
- The formula for the exponential growth of the population is;
N(t) = N_o(1 + r)^(t)
Where;
N(t) is number of bacteria after t hours
N_o is number of bacteria initially
r is growth rate
t is time
- We are given;
N_o = 480
r = 11.2% = 0.112
t = 5
- Thus;
N(5) = 480(1 + 0.112)^(5)
N(5) = 816.14
- Approximating to a whole number gives; N(5) = 816 bacteria
Read more about exponential growth at; brainly.com/question/15316908
Final answer:
The bacterial population after 5 hours with an exponential growth rate of 11.2% per hour and an initial population of 480 bacteria would be approximately 947.1 bacteria.
Explanation:
To calculate the bacterial population after 5 hours with an exponential growth rate of 11.2% per hour and an initial population of 480 bacteria, we can use the formula
P = P0 * (1 + r)^t.
P is the final population, P0 is the initial population, r is the growth rate expressed as a decimal, and t is the time in hours.
Using the given values, the formula becomes: P = 480 * (1 + 0.112)^5.
Solving this equation, the bacterial population after 5 hours would be approximately 947.1 bacteria.
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Next, you would plug in what you have. So right now you have the circumference. So 112=2πr.
Last what you would do is divide each side by πr so you would end up getting:
112/2π=r
By doing that equation, you would get the radius so you would just multiply your answer by 2.
The diameter is 351.86 inches
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The degree is 12, which is even.
The coefficient is 7, which is positive.
Therefore, for this type of polynomial function, the end behavior is:
f(x)--> +∞, as x--> −∞
f(x)--> +∞, as x--?>+∞
Answer:
Answer is D) As X---> negative infinity, y --> positive infinity and as x--> positive infinity, y---> positive infinity
Step-by-step explanation:
Just took the test and got it right!!
Hope this helps!!!!
a. 7x-14x^4 +19x^3 +26x^5-18
Standard form:
degree:
name based on degree:
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Answer:
Sure, I'd be happy to help!
The polynomial you provided is:
7x - 14x^4 + 19x^3 + 26x^5 - 18
To put this polynomial in standard form, we need to factor it. Here's the factored form of the polynomial:
7x(1 - 14x^3 + 19x^2 + 26x^4) - 18
Now, we can see that the degree of the polynomial is 4, so it is a quartic polynomial.
Based on the degree of the polynomial, we can classify it as a quartic polynomial.
Step-by-step explanation:
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The fraction is the fraction, which is not greater than the fraction given as
. They are equal.
Given are two fractions.
and
It is required to find the relationship between these fractional numbers.
In order to find the relationship between two fractions, it is first required to make the denominators of the fraction equal.
Here, the denominator of one fraction is 6 and the other fraction is 12.
Since 6 is a factor of 12, multiply the numerator and the denominator by 2 to make it 12.
So, , can be multiplied by both the numerator and denominator to get
So, the fractions are equal.
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