Ok, a=f/m
What we need to do is isolate the variable, m.
a=f/m
*m *m
a*m=f
m*a=f
/a /a
m=f/a
There's your answer.
Answer:
The expression used to find the change in temperature per hour is Algebraic expression
Thus per hour; the temperature falls at the rate of
Step-by-step explanation:
A temperature falls from 0 to
in 
Which expression finds the change in temperature per hour.
From the above given information;
The initial temperature is 0
The final temperature is
The change in temperature is 


Thus;
-12.25 ° = 3.5 hours
To find the change in x° per hour; we have;
x° = 1 hour
The expression used to find the change in temperature per hour is Algebraic expression
From above if we cross multiply ; we have;
(- 12.25° × 1 hour) = (x° × 3.5 hour)
Divide both sides by 3.5 hours; we have:

x° = - 3.5
x° = 
Thus per hour; the temperature falls at the rate of
To figure out this question, I first divided 24 into 3, which gives me an answer of 8. then I divided 52 into 7 , which also is 8 . because the two numbers are the same, I know the ratios are equivalent.
Answer:
its might be c, but i think it d
Step-by-step explanation:
Answer:
300,000$
Step-by-step explanation
<h3>♣ Formulate:</h3>
Based on the given conditions,
formulate:
150,000 x (100% + 100%)
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<h3>♠ Calculate</h3>
150,000 x (1 + 1)
= 150,000 x 2
= 300,000
{ Alternative Forms: 3 x 10⁵ }
Answer:
Ben bought a Rolex for $150,000 with a 100% markup, It will cost 300,000$
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