The addition is one of the four fundamental mathematical operations. The three consecutive terms are 24, 25, 26.
The addition is one of the four fundamental mathematical operations, the others being subtraction, multiplication, and division. When two whole numbers are added together, the total quantity or sum of those values is obtained.
Let the first integer be represented by x. Then the other two integers will be (x+1) and (x+2).
Since it is given that the sum of twice the smallest and 3 times the largest is 126. Therefore we can write,
2x + 3(x+2) = 126
2x + 3x + 6 = 126
5x = 126 - 6
5x = 120
x = 120/5
x = 24
Thus, the three consecutive terms are,
x = 24
x + 1 = 25
x + 2 = 26
Hence, the three consecutive terms are 24, 25, and 26.
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Answer:
The y-value of the Vertex of the parabola that models the data is 1125.
Step-by-step explanation:
Let the function of parabola is
From the given that it is noticed that the parabolic function passing through the points (1,1045), (3,1105) and (5,1125). It means the function must be satisfied by these points.
....(1)
....(2)
....(3)
On solving (1), (2) and (3) we get,
Therefore the equation of parabola is
The vertex of the parabola is
Therefore the vertex is (5,1125) and y-value of the Vertex of the parabola that models the data is 1125.
The vertexes of the parabola are, (5, 1125).
Explanation
The table given to us in the problem are the data points that will lie on the parabola, therefore,
Point 1 = (1, 1045)
Point 2 = (3, 1105)
Point 3 = (5, 1125)
Point 4 = (3, 1105)
Point 5 = (1, 1045)
We know that the equation of a parabola is given as,
For point 1,
Point 1 = (1, 1045)
Substituting the value in the equation of a parabola,
..... equation 1,
For point 2,
Point 2 = (3, 1105)
Substituting the value in the equation of a parabola,
..... equation 2,
For point 3,
Point 3 = (5, 1125)
Substituting the value in the equation of a parabola,
..... equation 3,
Solving the three equations we get,
a = -5,
b = 50,
c = 1000
Substitute the values in the equation of a parabola,
To find the vertex of a parabolic equation we bring the equation into the form,
, where h and k are the vertexes of the parabola.
Vertex of the Parabola,
Comparing it to the equation, ,
the vertexes of the parabola are,
(5, 1125)
Learn more about the Equation of a Parabola:
The answer you want is 2
20 hundreds = 2000 or 2 thousands
How to solve it:
20 * 100 = 2000
And:
2000 = 2 thousands
Hope it helped,
BioTeacher101
Answer:
you answer is for your hypotenuse witch would be 6
Answer:
yes
Step-by-step explanation:
good