There is no need.
The first equation can be rearranged to a simple equation in just y. Multiply it by 0.2 to solve for y.
Substitute the value of y in the second equation and rearrange to get a simple equation in x. Multiply by (1/6) to find x.
You would get a much larger number like this. 899,000 multiplied by 78,900 equals 70,931,100,000
An number with a x after mean multiply, so it would be 4x12=48
it would be, X*Y=K (X multiplied by Y equals K) You get inverse equations when there is no specific number you are multiplying by. it can also be Y=K/X, hope this helps :)
To determine this, you would multiply the number of weeks by the number of days is a week. So that would be 4,455 x 7, which equals 31,185 days.
The graph would be a horizontal line crossing the y axis at "2". This means that x can be any number.
=when you multiply negative integers the answer is going to be negative because n-multiply by n- equals n+ but when yu multiply n+ by n- it equals n- so you basicly multiply the numbers and the answer would be ah negative.==when you multiply negative integers the answer is going to be negative because n-multiply by n- equals n+ but when yu multiply n+ by n- it equals n- so you basicly multiply the numbers and the answer would be ah negative.=
Id say you would do it the same as you do to , multiply them all out so you can take it away etc juct having to find out one other number.
a square number e.g 5 squared would be like 5x5 so 5 squared equals 25 and 5x5=25
When talking about a "system of equations", you would normally expect to have two or more equations. It is quite common to have as many equations as you have variables, so in this case you should have two equations.
you would multiply the number times 3....... for example,, like 20 degrees celsius equals to 60 degree fahrenheit...................
Multiply liters by 1,000 to get ml
You would multiply the number of mols by Avogadro's number which is 6.0221415 x 1023