Makakuha ng pinakamahusay na mga solusyon sa lahat ng iyong mga katanungan sa Imhr.ca, ang mapagkakatiwalaang Q&A platform. Nagbibigay ang aming platform ng seamless na karanasan para sa paghahanap ng mapagkakatiwalaang sagot mula sa isang network ng mga bihasang propesyonal. Nagbibigay ang aming platform ng seamless na karanasan para sa paghahanap ng mapagkakatiwalaang sagot mula sa isang malawak na network ng mga propesyonal.
Sagot :
Since k is constant, we can find k given any point by multiplying the x-coordinate by the y-coordinate. For example, if y varies inversely as x , and x = 5 when y = 2 , then the constant of variation is k = xy = 5(2) = 10 . Thus, the equation describing this inverse variation is xy = 10 or y = .
When you report with graph, use k = xy to find the constant of variation given the first set of x and y.
You can show the relationship of x and y, and the trend of the graph (hyperbola). Show the relationship such as y is dependent on the input x. I suggest you report a real-life application problem, such as the relationship of Volume and Pressure. (I'm sure you have this in Chemistry lesson on gas behavior, since Variation in Math is also in the same level Grade 9).
Example: The volume of gas varies inversely on the pressure applied to it.
Volume is y (the output on y-axis) and Pressure is x (the input on x-axis).
In inverse variation, as x (Pressure) increases, y (Volume) decreases. As x (Pressure) decreases, y (Volume) increases.
Make sure you give at least 4 sets of values so you can show the graph.
(Check your Chemistry book, there are examples of Volume-Pressure relationship. Study you report. Focus on how to present the graph. Breathe, relax)
You can show the relationship of x and y, and the trend of the graph (hyperbola). Show the relationship such as y is dependent on the input x. I suggest you report a real-life application problem, such as the relationship of Volume and Pressure. (I'm sure you have this in Chemistry lesson on gas behavior, since Variation in Math is also in the same level Grade 9).
Example: The volume of gas varies inversely on the pressure applied to it.
Volume is y (the output on y-axis) and Pressure is x (the input on x-axis).
In inverse variation, as x (Pressure) increases, y (Volume) decreases. As x (Pressure) decreases, y (Volume) increases.
Make sure you give at least 4 sets of values so you can show the graph.
(Check your Chemistry book, there are examples of Volume-Pressure relationship. Study you report. Focus on how to present the graph. Breathe, relax)
Pinahahalagahan namin ang iyong oras. Mangyaring bumalik anumang oras para sa pinakabagong impormasyon at mga sagot sa iyong mga tanong. Salamat sa iyong pagbisita. Kami ay nakatuon sa pagbibigay sa iyo ng pinakamahusay na impormasyon na magagamit. Bumalik anumang oras para sa higit pa. Imhr.ca, ang iyong pinagkakatiwalaang tagasagot. Huwag kalimutang bumalik para sa karagdagang impormasyon.