Complete the question:
336=54+ 29+ p
find what p is. Then, explain your answer
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An air balloon begins it's decent to the ground at 1000 ft above the ground and falls at a rate of 50 ft per minute. Select all that apply to this situation. The slope is 1000 ft per minute. The balloon is falling at 1000 ft per minute. The y-intercept is 50 ft. The balloon falls at a rate of 50 ft per minute. The y-intercept is 1000 ft. The balloon begins to from an initial height of 1000 ft. The slope is -50 ft per minute. The balloon is falling at 50 ft per minute. It will take the balloon 20 minutes to reach the ground.
Describe how f(x)=2 cos (πx) and g(x)=2 cos (2πx) are related.
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Final answer:
To find the simple interest $1000 would earn in 1 year, we first calculate the interest rate from the provided example, which is 6.5%. Using this rate, the simple interest formula (Principal x Rate x Time) gives us an interest of $65.
Explanation:
The subject of this question regards the calculation of simple interest, a fundamental concept in Mathematics and Finance. First, we'll need to determine the interest rate used in the initial scenario where a $5000 deposit earns $650 interest in 2 years. In this case, using the simple interest formula which is Principal x Rate x Time(PRT), we have:
$650 = $5000 x Rate x 2 years
Solving for Rate, we get: Rate = $650 / ($5000 * 2) = 0.065, or 6.5%.
Now that we know the interest rate is 6.5%, we can calculate the interest $1000 would earn in 1 year. Again using the simple interest formula, we have: Interest = Principal x Rate x Time = $1000 * 6.5% * 1 year = $65.
Learn more about simple interest here:
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Answer:
Consider the exponential function
-----------(1)
and when it is reflected across y axis , it's equation becomes
--------------------------(2)
As, domain of a function is defined as the set of all values of x , for which y is defined.
So, for function 1, domain is set of all real numbers.That is , x∈[-∞ ,∞]
And for function 2, which is reflection of function 1, it's domain will also be set of all real numbers.That is , x ∈ [-∞, ∞]
So, Simon is correct between Alissa and himself, as he is saying if an exponential function is reflected across the y-axis, the domain will still be all real numbers is true statement.
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=> There are 408 total of ticket sold for a school play
=> 3 times of the tickets are sold to students compare to the adults
=> So the ratio of the given situation is 1 : 3
=> Now, 1 + 3 = 4
Since, we need 4 parts, let’s divide 408 by 4
=> 408 / 4 = 102 – the number of tickets for adults
=> 102 x 3 = 306 – the number of tickets for students
=> 102 : 306
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First, to start solving this problem, we will have to add the whole numbers first. The whole numbers are the...whole numbers in front of the fraction. In this case, the whole numbers would be 2, 5, and 8. So, we have to add those three numbers up (2 + 5 + 8) to get the answer which is 15.
Second, now we have to find the least common denominator (LCD) of the three denominators. The denominators are the bottom number of the fraction. This case the denominators would be 4, 4, and 2.To find the LCD, we will have to list the multiples of each denominator and find the first common one.
Multiples of 4: 4
Multiples of 4: 4
Multiples of 2: 2, 4
Since 4 appears in the multiples of each denominator, 4 is our LCD.
Third, since only one fraction needs their denominator changed (the other two fractions already carry the denominator of 4), we have to multiple each number by whatever gets us 4. Remember, whatever you do to the bottom, do to the top.
Fourth, since all of our denominators are the same, we can now combine our numerators (join the denominators) and add them all up.
Fifth, we now need to convert 6/4 into a mixed fraction. To find the mixed fraction form of 6/4, we will need to divide the denominator (4) by the numerator (6) and then write any remainder above the denominator.
Mixed fraction:
Sixth, we can simplify 2/4 down some more. To do so, we need to find the greatest common factor of the numerator and denominator, then divide the GCF by them. To find the GCF, we list all of the factors of them and find the first common one.
Factors of 2: 1, 2
Factors of 4: 1, 2, 4
The GCF is 4.
Seventh, we can now divide both our numerator and denominator by our recently found GCF which was 2.
Answer in fraction form:
Answer in decimal form:
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Answer: john is 33, paul is 19, george is 39
Step-by-step explanation:
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Hope this helped :)
Answer:
is described generally, not using a formal definition
I TOOK THE TEST JUST NOW AND GOT IT RIGHT
Step-by-step explanation: