Answer:
The percentage saved is 1.5% .
Step-by-step explanation:
As given
You plan to buy $12,000 in computers at a local chain store. There are two stores located about the same distance from your office but in different cities with different tax rates.
One city has a tax rate of 7% and the other has a tax rate of 8.5%.
As
7% is written in the decimal form .
= 0.07
Tax price at 7% tax rate = 0.07 × Cost of the computer
= 0.07 × 12000
= $ 840
8.5% is written in the decimal form .
= 0.085
Tax price with 8.5% tax rate = 0.085 × Cost of the computer
= 0.085 × 12000
= 1020
Change in the tax rate = Tax price with 8.5% tax rate - Tax price at 7% tax rate.
= 1020 - 840
= $180
Percentage saved = 1.5%
Therefore the percentage saved is 1.5% .
2(x+3)
2x-3
2x+3
2(x-3)
Answer:
The fourth answer choice is the correct one: 2(x - 3)
Step-by-step explanation:
2x²-18x+36/x-6 should be factored, as follows:
2(x²-9x+18) / (x-6) = 2(x - 3) (x - 6) / (x - 6)
Substituting x = 6 would result in division by zero and is thus not allowed.
Remembering this, we can reduce 2(x - 3) (x - 6) / (x - 6) to 2(x - 3) for x≠6.
Answer:
true
Step-by-step explanation:
The metric system is used for most scientific and medical measurements and all pharmaceutical companies now use the metric system for labeling medications.
The most common system of measurement for medication is indeed the metric system, which is utilized globally for its precision and universality. Its units cater to fundamental attributes in medicine dosages, such as volume, length and weight.
True, the most common system of measurement for medication is the metric system. This system is utilized globally and, in the healthcare field, it's critical for measuring and administering medications due to its precision and universality. The metric system's units of meters, liters, and grams cater to volume, length and weight - all fundamental attributes in medication dosages. If we take an example, a physician may prescribe 500 milligrams (mg) of a particular drug, where the milligram is a common metric unit used to denote mass.
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Answer:
Fisherman traveled 14.4 miles.
Step-by-step explanation:
A fisherman's downstream speed = 6 mph
and upstream speed = 4 mph
Let the fisherman traveled x miles he travels upstream.
Time spent in travelling x miles = hours [Since time = ]
Similarly when fisherman covers x miles down stream
Time spent in x miles = hours
Now total time in going upstream and downstream is 3 hours then
x
5x = 12×3
5x = 36
x = miles.
Since fisherman has traveled 2x distance so the answer will be 14.4 miles
Therefore, fisherman traveled 14.4 miles.
Answer:
u would add 488+488 so it = 976
Step-by-step explanation:
Answer: The domain of a function represents all the possible input values or independent variables that can be used in the function. In this case, the function models the relationship between the number of workers and the number of bricks laid on the wall.
To determine the domain, we need to consider what values the number of workers can take on in this relationship. Since the number of workers is discrete, it means that only whole numbers can be used to represent the number of workers. For example, you cannot have 2.5 workers.
Therefore, the domain of the function would be a set of whole numbers. We can represent this using interval notation as {0, 1, 2, 3, ...}, where the ellipsis (...) indicates that the pattern continues indefinitely.