how many decimal places are in the product of a number with decimal places to the hundredths multiplied by a number with decimal places to the tenths?
Answers
product of a number with decimal places to the hundredths multiplied by a number with decimal places to the tenths, the product must have Three decimal digits.
How do you find the number of decimal places in a product of decimals?
- To multiply decimals, set up the numbers and multiply them as you would whole numbers. Calculate the total number of decimal places in both factors. Insert the decimal point into the product so that the total number of decimal places in the product equals the total number of decimal places in the factors.
- To determine the number of decimal places in a multiplication problem, count and add the number of decimal places in each number.
- The tenths place is represented by the first digit following the decimal. The hundredths place is represented by the digit following the decimal. The remaining digits fill in the place values until there are no more digits.
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What is 4 1/5+3 1/10 a. 7 2/15 b. 7 3/10 c. 7 1/5 d. 7 1/50
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4.875 = 39/5
5)39(7
-35
_____
4
Therefore, the mixed fraction is 7 4/5.
HOPE THIS HELPS!!!!!!!!!
Answers
1+1+2+2+2+4=12
12 divided by 6 numbers=2 The mean of that is two
Next, you have to find the amount the original numbers are away from the mean.
1= 1 away from 2 2=0 away from 2 4=2 away from 2
You should get: 1,1,0,0,0,2 Next, you have to find the mean of the new set of numbers. 1+1+0+0+0+2=4
4 divided by 6= 2/3
The mean absolute deviation is 2/3
the anwser is a 0.7
Answers
The product 1374 x 6 is 8244.
Given,
1374 x 6
We need to find the product.
What are the multiples of 6?
6 x 1 = 6
6 x 2 = 12
6 x 3 = 18
6 x 4 = 24
6 x 5 = 30
6 x 6 = 36
6 x 7 = 42
6 x 8 = 48
6 x 9 = 54
6 x 10 = 60
Find the product of 1374 x 6.
We have,
1374 x 6
= (6x1)(6x3)(6x7)(6x4)
= 6(18)(42)(24)
Add the left digit 2 from 24 to 42 and keep 4 from 24
= 6(18)(42+2)4
= 6(18)(44)4
Add 4 from 44 to 18 and keep 4.
= 6(18+4)44
= 6(22)44
Add 2 from 22 to 6 and keep 2 from 22.
= (6+2)244
= 8244
Thus the product of 1374 x 6 is 8244.
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If you estimate rounding 1374 to 1400
1400 times 6 = 8,400
So that would be your estimated value ^^^^
The product is 8,224
Answers
Answer:
Step-by-step explanation:
The equation of a vertical line through an ordered pair is given by:
The given ordered pair is (-6,-1).
The x-value of this ordered pair is -6.
Therefore the equation of the line that is a vertical line that passes through(-6, -1) is
Answers
In a problem like 3+5+7, I would group the addends differently (3+7+5). This is because, in the first problem you would first add together 3+5 to get 8, and then you would add 8+7 to get 15. However, if you were to add 3+7 first, you would get 10. 10+5 is much easier to add than 8+7.
3+2+4.
An example of a problem where I would group the addends differently is:
2+5+8.
Explanation:
In the first problem, I would not group the addends differently before adding. This is because I cannot make 5 or 10 out of any of the numbers. We group addends together to make "easier" numbers for us to add, such as 5 and 10. If we cannot do that, there is no reason to regroup the addends.
In the second problem, I would regroup like this:
2+8+5
This is because 2+8=10, which makes the problem "easier" for us to add. Since we can get a number like this that shortens the process, we can regroup the addends.