Answer:
12
Step-by-step explanation:
1. 3/6 = 6/x
2. Cross multiply: 3x=36
3. x=12
The percent error in Roger's measurement is :25%.
Using this formula
Percent of error=Length-Centimeters long/Centimeters long×100
Let plug in the formula
Percent error=15-12/12
Percent error=3/12×100
Percent error=25%
The percent error in Roger's measurement is :25%.
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A. y = 5(x + 2)2 + 10
B. y = 5(x + 2)2 - 6
C. y = 5(x + 4)2 - 6
D. y = 5(x + 4)2 + 10
Answer:
y = 5(x+2)^2 - 6
Step-by-step explanation:
Answer:
when two things are said to be in inverse proportion , the two things are connected to each other in a particular way that if one thing increases its quantity the other will decrease .
For example : More the number of workers the less time needed to finish the work.
hope this helps you .
Answer:
A direct and inverse proportion is used to show how the quantities and amount are related to each other. For example, if we say, a is proportional to b, then it is represented as 'a∝b' and if we say, a is inversely proportional to b, then it is denoted as 'a∝1/b'.
What is the direct proportion?
Direct proportion is the relationship between two variables whose ratio is equal to a constant value.
Example
The term direct proportion means that two (or more) quantities increase or decrease in the same ratio. For example, in the purple paint mixture, the ratio of blue to red of 4:3. This does not necessarily mean we every mixture would have 4 red and 3 blue cans.
Formula
In mathematical statements, it can be expressed as y = kx. This reads as “y varies directly as x” or “y is directly proportional as x” where k is constant in the equation.
What is the indirect proportion?
Inverse proportion occurs when one value increases and the other decreases.
Example
More workers on a job would reduce the time to complete the task. They are inversely proportional.
Formula
The equation for inverse proportion is x y = k or x = k/ y. Therefore, for finding the value of the constant k, you can use the known values and then use this formula to calculate all the unknown values.