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In the given diamond, x is 0.3. We can fill the remaining corners when we find a number for y such that the product xy is equal to 1.5.
xy= 1.5 ⇒ 0.3y=1.5
Notice that we got an equation that we can solve for y. Let's do it!
.LHS /0.3.=.RHS /0.3.
Simplify quotient
Calculate quotient
We found that y is equal to 5. Now we can calculate the value of the sum x+y.
Finally, we can complete our Diamond Problem.
| x=0.2, y=17 | |
|---|---|
| Product (xy) | 0.2( 17)= 3.4 |
| Sum (x+y) | 0.2+ 17=17.2 |
Now we can complete our Diamond Problem.
In the given diamond, x is 0.2. We can fill the remaining corners when we find a number for y such that the product xy is equal to 2.6.
xy= 2.6 ⇒ 0.2y=2.6
We got an equation that we can solve for y. Let's do it!
.LHS /0.2.=.RHS /0.2.
Simplify quotient
Calculate quotient
We found that y is equal to 13. Now we can calculate the value of the sum x+y.
Finally, we can complete our Diamond Problem.
In the given diamond, y is 3.5. We can fill the remaining corners when we find a number for x such that the product xy is equal to 70.
xy= 70 ⇒ x (3.5)=70
Let's solve the equation we got for x.
.LHS /3.5.=.RHS /3.5.
Simplify quotient
Calculate quotient
We found that x is equal to 20. Now let's calculate the value of the sum x+y.
Finally, we can complete our Diamond Problem.