a bicyclist was traveling from the village to the railroad station with a speed of 15 mph and he was coming back with a speed of 10 mph. find the distance from the village to the railroad station, if it is known that it took 1 more hour for the bicyclist to get back to the village

Answers

Answer 1
Answer:

Answer:

30 miles. Plug it in. 15 * 2 = 30. 10 * 3 = 30. So this means that the answer to your question is thirty miles.

Step-by-step explanation:


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To get 150g of a 12% solution, do you need more salt than to get 120g of a 15% solution?
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Which statement is sometimes, but not always, true? A.
A parallelogram is a rhombus.

B.
A rhombus is a quadrilateral.

C.
A trapezoid is a square.

D.
A square is a rectangle.

Answers

The answer is D because every square is a rectangle but not every rectangle is a square
c because a trapezoids are built by 3 triangle. It can't be built by a square. Even if you tilt it you won't see a square.
~JZ
Hope it helps

Simplify the following radical expression :
3√12 × 5√6

Answers

3 √(12) *5 √(6) = 15 √(72).

Simplifying the radical, we have 15 √(72) = 15*6 \sqrt{(72)/(6^(2)) } =90 √(2), so our answer is 90 √(2).

What is 18×8=144 in distributive property

Answers

144 divided by 18 = 8 or 144 divided by 8=18 hope this helps
144 divided by 18 this is a second form 144 divided by 8

In a state with a population of 3000000 people, the average citizen spends 6000 on housing each year

Answers

Start by multiplying 3000000 by 6000.
3,000,000*6,000=18,000,000,000
That's how much money on average is spent on housing each year in a state.

Final answer:

To calculate total spending on housing in a state, multiply the population by the average spending per person. In this case, the total spending is $18,000,000,000. Housing is a significant category of consumption, and prices have fluctuated over time.

Explanation:

In a state with a population of 3,000,000 people, if the average citizen spends $6,000 on housing each year, we can calculate the total spending on housing in the state. We do this by multiplying the average spending per person by the total population. So, total spending on housing would be 3,000,000 (population size) times $6,000 (average spending per person), which equals to $18,000,000,000.

According to the Consumer Expenditure Survey by the U.S. Bureau of Labor Statistics, housing is one of the significant categories of consumption. This pattern can vary based on family income, geography, and preferences. The average U.S. household spends roughly one-third of its consumption on housing expenses. However, housing prices have fluctuated over time, sometimes falling significantly.

Learn more about housing expenses here:

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Stacy wants to make 100 name tags with ribbons ATTACHED TO THEM. each name tag requires 5 centimeter of ribbon. SHE HAS 3.25 meters of ribbon. exactly how many more centimeters of ribbon does stacy still need to make 100 name tags

Answers

Each meter has 100 centimeters. With just 1 meter, you can make 20 name tags with ribbons. So in order to make all of the name tags, you need 5 meters. 5 - 3.25 = 1.75. You need 1.75 more meters of ribbon to make all 100 of the name tags with ribbons.

Quick help guys thanks :)

Answers

Answer:

\large\boxed{t^(-58)u^(-88)v^(-71)w^(-1)}

Step-by-step explanation:

(tuv^4w^0)/(t^(59)u^(89)v^(75)w)\qquad\text{use}\ (a^n)/(a^m)=a^(n-m)\n\n=t^(1-59)u^(1-89)v^(4-75)w^(0-1)=t^(-58)u^(-88)v^(-71)w^(-1)