DESCRIBE USING ROSTER METHOD MONTHS WITH 31 DAYS
Answers
This "bag" will be called M (like months).
M= {Januray, March, May, July, August, October, December}
By applying roster method ;
M = {Januray, March, May, July, August, October, December}
We know that earth takes 365 days for one revolution. To make an equitible distribution in accordance to months, ( for international reference) this calender was created.
Related Questions
Which three ordered pairs complete the table to give solutions of the equation y = x – 4?A.(–3, –7), (0, –4), and (3, –1)B.(–3, –7), (0, –4), and (3, 1)C.(–3, –1), (0, –4), and (3, 1)D.(–3, –1), (0, –4), and (3, –1)
Eiffel tower is 324 m high what would be the height of a miniature which bears a ratio of 1: 4000 with the tower?
In ∆ABC the angle bisectors drawn from vertices A and B intersect at point D. Find m∠ADB if: m∠C=γ
Analyze the function f(x) = - 2 cot 3x. Include: - Domain and range - Period - Two Vertical Asymptotes
b. f(x) = (x – 7) (x – i) (x – 5) (x + i)
c. f(x) = (x – (7 – i)) (x – (5 + i)) (x – (7 + i)) (x – (5 – i))
d. f(x) = (x + (7 – i)) (x + (5 + i)) (x + (7 + i)) (x + (5 – i))
Answers
If ALL coefficients of x are reals!, (question is wrong)
if
Thus ANSWER C f(x) = (x – (7 – i)) (x – (5 + i)) (x – (7 + i)) (x – (5 – i))
Final answer:
The polynomial function with a leading coefficient of 1 and roots (7 + i) and (5 – i) with multiplicity 1 is f(x) = (x + 7) (x – i) (x + 5) (x + i).
Explanation:
The polynomial function with a leading coefficient of 1 and roots (7 + i) and (5 – i) with multiplicity 1 is option a. f(x) = (x + 7) (x – i) (x + 5) (x + i). To understand why this is the correct answer, we first need to know that complex roots always appear in conjugate pairs, which means that if a + bi is a root, then a - bi is also a root. The given roots are (7 + i) and (5 – i), so the conjugate pairs are (7 – i) and (5 + i).
Therefore, the correct polynomial is obtained by multiplying the factors (x – (7 + i)), (x – (7 – i)), (x – (5 + i)), and (x – (5 – i)). This gives us f(x) = (x + 7) (x – i) (x + 5) (x + i), which is option a.
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HINT: You should have TWO equations; create one for each sentence description above.
Equation 1: j =
Equation 2: j =
Answers
The system of equations is j = e + 5 and j = 3e - 11 we can solve it using the substitution method.
What is linear equation?
It is defined as the relation between two variables, if we plot the graph of the linear equation we will get a straight line.
If in the linear equation, one variable is present, then the equation is known as the linear equation in one variable.
We have:
Jamie is 5 yearsolder than Ella. Jamie's age is 11 years, less than three times Ella's age.
The system of equation can be written as:
j = e + 5
j = 3e - 11
Thus, the system of equations are j = e + 5 and j = 3e - 11 we can solve it using the substitution method.
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j = 3e - 11 equations
there are different ways of expressing the same value examlpe . 10 = 4 + 6 and 10 = 8 + 2 and 10= 7 + 3 4 + 6 = 8 + 2 =7 + 3 all = 10
using the concept same applies to varibles j = j so, e + 5 = 3e - 1 so, the possible answer would be e + 5 = 3e - 11 to find the value of e .
i Truly hope that this helpss IF NT CMMT BELOWW ↓↓ . PLz ThANKsZ !
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x=2
y=-30
(2;-30)
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The probability of drawing a pink one is (3/7) .
Then you have 1 pink one, and there are 6 marbles in the bag.
The probability of drawing a pink one is (2/6) .
Then you have 2 pink ones, and there are 5 marbles in the bag.
The probability of drawing a pink one is (1/5) .
The probability of all 3 draws being successful is
(3/7) (2/6) (1/5) = 6/210 = 1/35 = about 2.86% (rounded)
Answers
y = x + 3
Linear graph and circle. They intersect at negative 3, 0 and 0, 3
Linear and a quadratic graph. They intersect at negative 3, negative 5 and 2, 0.
Linear and a quadratic graph. They intersect at negative 2, 0 and 1, 3.
Linear graph and circle. They intersect at negative 2, 0 and 0, 2.
Answers
y = x + 3 . . . . . . . (linear graph)
They intersect at (-3, 0) and (0, 3)
Answer:
They intersect at (-3, 0) and (0, 3)
Step-by-step explanation:
took the test hope it helps