3 years ago

Apply THe ORder of operations to simplify the expression

1 answer:

5 0

First either add or subtract the number in the parenthesis (3^2-4) which equals to 5

90/[10+5) add the number in the parenthesis again (always do the parenthesis first) [10+5]= 15.

lastly divide 90/15 which equals to 6
always remember (PEMDAS)

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Whats the answer to both these problems??

steposvetlana [31]

$f(3)=|3-5|+2=|-2|+2=2+2=4\\\\
f(-7)=9-2|-7+2|=9-2|-5|=9-2\cdot5=9-10=-1$

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4 years ago

A_________is a common multiple of two or more denominators

Bogdan [553]

Answer:

(LCM)

Step-by-step explanation:

Least common multiple = LCM

HOPE THIS HELPS :)

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stiv31 [10]

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Step-by-step explanation:

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3 years ago

Given the equation p = s Subscript 1 Baseline t minus 2 Subscript 2 Baseline t, which equation is solved for t? t = p (s Subscri

gulaghasi [49]

Answer:

Option C) is correct

That is t=StartFraction p Over s Subscript 1 Baseline minus s Subscript 2 Baseline EndFraction

It also can be written as $t=\frac{p}{s_{1}-s_{2}}$

Step-by-step explanation:

Given equation can be written as below:

$p=s_{1}t-s_{2}t$

Now to solve the equation for t:

$p=s_{1}t-s_{2}t$

Taking common term t outside on RHS we get

$p=(s_{1}-s_{2})t$

$\frac{p}{s_{1}-s_{2}}=t$

Rewritting the above equation as below

$t=\frac{p}{s_{1}-s_{2}}$

Therefore option C) is correct

That is t=StartFraction p Over s Subscript 1 Baseline minus s Subscript 2 Baseline EndFraction

It also can be written as $t=\frac{p}{s_{1}-s_{2}}$

5 0

3 years ago

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