They sold 5283 hundreds of tickets.
The face value of a number is the digit it self and the place value of a number is where the digit is placed.
According to the given question last year a sticker factory made a total of 528 390 booklets of stickers.This can represented in terms of face value and place value.
528390 = 5 × 100000 + 2 × 10000 + 8 × 1000 + 3 × 100 + 9 × 10 + 0×1.
This can be written as
5000 × 100 + 200 × 100 + 80 × 100 + 3 × 100 + 9 × 10 + 0 ×1.
So, the number of hundreds in the number 528390 is ( 5000 + 200 + 80 + 3 + ) = 5283 hundreds.
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Answer:
$15116.28
Step-by-step explanation:
Given data:
interest rate, r= 4%
time, t= 18 years
Final investment, A= $26000
Principle investment, P=?
As per the formula of interest
A= P (1+rt)
Putting the values:
26000= P(1+ 0.04(18))
P= 26000/(1+ 0.04(18))
P= 15116.28 !
Answer:
Step-by-step explanation:
So, you are trying to find the mean or average of this situation. First, Add your numbers together:
7+7+7+7+7+8+8+8+8+9
This equals:
76
Then, divide 76 by the amount of numbers you have, which is 10
76 Divided by 10 equals 7.6
So you answer would be: B, 7.6 Eggs
Hope this helps! :)
The typical number of eggs produced in a day, represented by figures such as the median and mean, would be 7.5 and 8 based on the given data set.
In this Mathematics problem, we're dealing with determining the typical number of eggs produced by a group of chickens. The typical value in statistics is often represented by the median, mode, or mean. Let's find each of these values for the provided data.
Therefore, the potential 'typical' number of eggs produced in a day given the options would be 7.5 and 8 eggs.
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conclude by transitive property
that AACB = .
Answer:
Nothing
Step-by-step explanation:
<PRQ and <RQP are not the same angle, so we cannot apply the transitive property.
in fraction