Geometric sequence formula
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u mean this???
Related Questions
Which sentence fully illustrates that polygon ABCD is congruent to polygon PQRS?
Which graph represents the linear function y=-2x+3
Marcus baked a loaf of banana bread for a party. He cut the loaf into equal size pieces. At the end of the party, there were 6 pieces left. If Marcus told you that 1 4 of the loaf was left, how can you find the number of pieces that were in the whole loaf? Complete the explanation. The denominator in 1 4 is , so I will draw circles to show the equal parts. Since pieces are 1 4 of the loaf, I will draw counters in each circle. By multiplying the number of equal parts by the number of counters in each equal part, I know that there were equal size pieces in the whole loaf.
Find the 6th term in the expanded form of the equation (2x+y)^9
30°
60°
90°
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Answer: 135°
Step-by-step explanation:
We see that this angle looks to be greater than 90°. A 90°-angle is like one corner of a square. Since this angle is greater than 90 degrees, we can estimate the angle is 135° since it's the only one greater than 90° because 90° > 60° > 30°.
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Cost price of 5 bananas = Selling price of 6 bananas
So,
As, CP of 5 bananas = SP of 6 bananas.There will be a loss.
Midpoint formula
Pythagorean theorem
Distance formula
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Answer:
The correct answer is Distance Formula
Step-by-step explanation:
The shape of the conics in the conic section is characterized by a factor called eccentricity of the conic and further derivations are done using this factor.
And the eccentricity of the conics can be calculated by taking the center-to-focus distance and dividing it by the semi-major axis distance. So, to find the eccentricity of the conic, one must know how to apply the distance formula.
Hence, Distance Formula is the key to deriving the equations for conic sections
Answer:
answer is Distance Formula
Step-by-step explanation:
{(1,3),(2,6),(3,9),(4,12)}
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Answer:
Domain: {1, 2, 3, 4}
Range: {3, 6, 9, 12}
Step-by-step explanation:
In a function the domain represents the values of 'x' and the range represents the values of 'y'. For any given set of points, they are in the form of (x, y). So the domain would be the 'x' value in each point and the range is the 'y' value for each point:
Domain: {1, 2, 3, 4}
Range: {3, 6, 9, 12}