Answer:
Step-by-step explanation:


Answer:
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Step-by-step explanation:
Given the expression
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Remove parentheses: (a)=a
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Group like terms
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Add similar elements
∵ 
Add similar elements
∵ 
Thus, the equivalent expression in simplified form:
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Hey!
99.95 * 5% = 4.9975
99.95 + 4.9975 = 104.9475
The jacket would cost $104.94
Answer:
the x axis is the one that lies flat horizontal this is called the run. the y intercept is the one that goes up and down standing. now you have to plot a dot on the line x moving toward the negative 1 and go up to y meeting up to 4 and that should give you the line to graph
Answer:
100,000,000
Step-by-step explanation:
10*10=100*10=1000*10=10000*10=100000*10=1000000*100=100,000,000