make-the-given-changes-in-the-indicated-examples-of-this-section-and-then-solve-the-resulting-pr-432

Question

Make the given changes in the indicated examples of this section and then solve the resulting problems.
In Example $2,$ change $f(-1,2)$ to $f(-2,1)$.

Kerry Thornton-Genova · Accepted Answer

we&#x27;re solving for F. We need to get rid of this five nights nor to do that multiplied by the reciprocal of the fraction that is the reciprocal flicked. In this case, this is nine. Fifth nine by by nine is one and found about my five is one. Thus, we have nine fifth time. See equals Yes, minus 32. Next add 32 to both sides. 32 native 32 plus 32 0 and we thus have 9/5 so of C plus 32 equals if

Cory Kuzinski · Answer

all right. We&#x27;re told that F varies jointly as g squared and a Chinese. There&#x27;s our equation. Then we&#x27;re given values of F G and age, so we can figure out K So fs 50 when G is four and ages to so four squared times two. All right, so foursquare 16. 16 times two is 32 Divi vel signs by 32 50/32 is a fraction that could be simplified. Let&#x27;s go with 25 16th. All right, so now that we have our k value, we can write a new equation. F equals 25/16 times G Square rich. All right. And from this, we&#x27;re trying to find F when GS three and ages six was fined f when g is three and age is six. All right, first thing, let&#x27;s think about what is three squared times six. That&#x27;d be 9 10 6 or 54. And let&#x27;s see here about, uh, 54 16. They have, ah, common factor. Yeah, they&#x27;re both divisible by two. So let&#x27;s make this eight and this 27 and that&#x27;s all the simplifying. We&#x27;re gonna be able to do so 25 times. 27. It&#x27;s 675 over the eight

Chris Trentman · Answer

were given an equation in the variable in this equation were asked to solve the equation. For this variable. The equation is f equals F one F two over F one plus F two in the very bone. This equation is F two. Okay, first, multiply both sides by the least common denominator. This is actually the same as cross multiplying in this case, and the least common denominator is F one plus F two, and we get that f Times F one plus F two equals F one F two by the distributive property. Distribute F over F one plus F two so we get f times F one plus f times F two equals F one F two by the additive Property of Equality. Subtract F F two from both sides so we get F F one is equal to F one F two minus F f two and by the distributive property factor F two from F one F two minus f F two. So we get f F one equals F one minus f times F two and by the multiplication of property of equality, we get that dividing both sides by F one minus. F f over or f times F one over F one minus f equals F two. This is our answer

Ankit Gupta · Answer

the air four. Fix Given ISS six x minus four We have to find and forth B plus two that is six off B plus two minus +46 p plus 12 My next for that, not England. Six p plus A so f B plus two is moving about six p.

Kayleah Tsai · Answer

So here we have an equation. 11/20 equals negative f and we are asked to solve for F right now, F is be more supplied by negative one. That&#x27;s what the negative in the front purposes. So in order to isolate F, we must perform the opposite operation or we must divide by Negative Boy. We must do list to both sides in order to keep our equation balance. Divine by native one is the same thing as multiplying by one over negative one. So we get 11 negative. 11/20 equals positive. Now we can check to make sure this is the correct solution by plugging it back into the original equation. So we would pluck negative 11 of a 20 inch. So here we have, So 11/20 equals negative one times negative, 11/20 one times. Anything is simply itself. And then we check the signs. We have a negative number times another negative number, which should result in a positive number. So we get 11/20 is equal to 11/20. And since this is true, that means we have the quest

Problem

Make the given changes in the indicated examples …

Problem 1 Easy Difficulty

Make the given changes in the indicated examples of this section and then solve the resulting problems.
In Example $2,$ change $f(-1,2)$ to $f(-2,1)$.

Answer

7

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Allyn J. Washington, Richard S. EvansBasic Technical Mathematics with Calculus

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