5p x 2p = 10p, then 10p / 4p = 2 remainder 2
I would answer no because 3√2 ____ 5√2 Would simplify to 3 divided by 5 and that is not irrational.
to simplify an expression means to take all the like terms and make them one. for example if the expression is 2x+5x+1x-4 , you would simplify it by adding 2x,5x,&1x because they are all alike... it would become 8x-4
To make life easier
To solve the expression (4(2x - 6)48), first, simplify it by multiplying the constants: (4 \times 48 = 192). This gives you the expression (192(2x - 6)). If you're looking to simplify further, you can distribute (192) into the parentheses: (192 \times 2x - 192 \times 6), resulting in (384x - 1152). If you need to solve for (x), you would need an equation to set equal to a value.
To simplify an expression, combine like terms and reduce fractions where possible. For example, in the expression (3x + 5x - 2), you would combine the (x) terms to get (8x - 2). If the expression involves fractions, such as (\frac{4}{8}), it can be simplified to (\frac{1}{2}). The goal is to express the original expression in its simplest form.
I would answer no because 3√2 ____ 5√2 Would simplify to 3 divided by 5 and that is not irrational.
to simplify an expression means to take all the like terms and make them one. for example if the expression is 2x+5x+1x-4 , you would simplify it by adding 2x,5x,&1x because they are all alike... it would become 8x-4
To make life easier
9(5x) = 45x simplified
13 divided by 22 x 3 divided by 7i would take away 7 from 13 = 6.22 x 3 =1326 divided by 132 =22hope this helps
To solve the expression (4(2x - 6)48), first, simplify it by multiplying the constants: (4 \times 48 = 192). This gives you the expression (192(2x - 6)). If you're looking to simplify further, you can distribute (192) into the parentheses: (192 \times 2x - 192 \times 6), resulting in (384x - 1152). If you need to solve for (x), you would need an equation to set equal to a value.
To simplify an expression, combine like terms and reduce fractions where possible. For example, in the expression (3x + 5x - 2), you would combine the (x) terms to get (8x - 2). If the expression involves fractions, such as (\frac{4}{8}), it can be simplified to (\frac{1}{2}). The goal is to express the original expression in its simplest form.
The answer is 2. However, if you did 256 divided by positive 32 divided by positive 4, you would get the same answer. Just as a negative times a negative equals a positive, so does a negative divided by a negative.
d theta divided by 4.28 is not an equation or inequality: it is an expression. An expression cannot be solved.
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This would be an expression if it didn't have an equals sign.