a) algebraic expression
b) Solve and find value of x
x=47
Step-by-step explanation:
We need to translate the following verbal phrase into an algebraic equation
The quotient of three more than a number and five is ten
Let the number be x
three more than a number is written as: 3+x
Since quotient is 10 so,
The algebraic expression will be:
Now, <u>solving to find value of x</u>
Multiplying both sides by 5
Now Subtract -3 from both sides
So, value of x=47
Learn More:
- You can find more info about translating verbal phrase into an algebraic equation
brainly.com/question/1600376
brainly.com/question/1617787
- For finding value of x, more info can be found at:
brainly.com/question/1616605
Keywords: verbal phrase, algebraic expression
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They meet at a point
Step-by-step explanation:
trust me
Answer: The equation of the trend line is y = -2x + 24.
First, we need to find the slope. The slope is the change in y over the change in x between the points. Our points move down 4 units while moving right 2 units. So our slope would be -4/2 or just -2.
Second, we need to find the y-intercept. We are lucky because the y-intercept can be see clearly in the graph. It is (0, 24).
We can put the slope and y-intercept together to get the equation:
y = -2x + 24.
Answer:
the answer for this question is<u> (D).</u>
Step-by-step explanation:
given
P=200
R=0.04
N=12 (12 months in 1 year)
t=8
A=275.279
round
275.28
(D) is the answer to your question
#ACE
#Quality answers
#brainliest
also i just learned this so i should be right
Answer: 11,232,000
This result is a single number slightly over 11 million
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Work Shown:
Throughout all of this, order does matter (eg: ABC is different from BCA)
Focus on the letters for now
There are 26 letters total.
The first slot has 26 choices
The second slot has 25 choices (since we can't reuse whatever is in slot1)
The third slot has 24 choices
For just the letters only, we have 26*25*24 = 15600 permutations
Since we'll use this number later, let's call this M = 15600
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Now onto the numbers. There are 10 digits total
For slot 1 we have 10 choices
For slot 2 we have 9 choices
For slot 3 we have 8 choices
For just the numbers only, we have 10*9*8 = 720 permutations
Since we'll use this number later, let's call this N = 720
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Now multiply M and N
M*N = 15600*720 = 11,232,000
So we can generate 11,232,000 serial numbers
