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4x+3y=20 / 2x-3y=4 ..... In this case x=4 and y=4/3

Q: What is an example of a system of that can be solved using elimination without multiplication equations?

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You use algebra and solve the system(s) of equations using techniques such as elimination or substitution.

Without any equality signs the given terms can't be considered to be simultaneous equations.

Mathematics are important to LIFE because without mathematics how can you know the important things such as addition subtraction fraction multiplication division decimals ratios geometry percent area measuring and many other equations without mathematics??? that's why mathematics is important to our life...

None because without any equality signs they are not equations

Without knowing the plus or minus values of the given terms and without any equality signs it can't be considered as a system of equations.

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Without any equality signs and not knowing some of the minus or plus values of the given terms we can't considered it to be a system of simultaneous equations but if you meant: 5x+6y = -23 and 2x-5y = 13 then by multiplication, elimination and substitution the values of x and y work out as x = -1 and y = -3

You use algebra and solve the system(s) of equations using techniques such as elimination or substitution.

Without any equality signs the given terms can't be considered as simultaneous equations and so therefore no solutions are possible.

Without any equality signs the given terms can't be considered to be simultaneous equations.

You can't. Multiple is how you do multiplication

Automatically. What type of equations.

A pro for solving equations through graphing can allow one to visualize problems which can allow one to make better sense to the problem. However, fractions, and decimals can be very difficult to plot accurately. Furthermore, solutions could fall outside of the boundaries of a graph making them impossible to see with a graph. A pro for solving equations through either the methods of substitution and elimination allow one to achieve an exact answer regardless of fraction, decimal, or integer. However, by using these methods one will have a more difficult time with visualization without the use of a graph.

Mathematics are important to LIFE because without mathematics how can you know the important things such as addition subtraction fraction multiplication division decimals ratios geometry percent area measuring and many other equations without mathematics??? that's why mathematics is important to our life...

You simplify the brackets first and then you will have linear equations without brackets!

For systems with more than three equations, Gaussian elimination is far more efficient. By using Gaussian elimination we bring the augmented matrix into row-echelon form without continuing all the way to the reduced row-echelon form. When this is done, the corresponding system can be solved by the back-substitution technique.

You can reduce multiplication to repeated additions. You could also replace the resulting additions by repeated incrementing. For example, to calculate 20 + 13, continue counting 13 numbers from 20. But that would be extremely boring and inefficient. Better if you just learn to do it the way they teach in school.

how meany can 60 go in 33 without going over for Multiplication. i'm still learning how to Multiplication