The value of 3 in 6300 is ten times the value of 3 in 530
Place value and total value
For example;
In the number; 13,548, the place value of the digits in the number are;
Ones -8
Tens - 4
Hundreds - 5
Thousands - 3
Ten Thousands – 1
1 x 10,000 = 10,000
3 x 1000 = 3,000
5 x 100 = 500
4 x 10 = 40
8 x 1 = 8
The sum of the total values of digits in a number will be equivalent to the value of that number.
In the question.
Comparing the value of 3 in 6,300 and 530
The value of 3 in 6,300 is 300 and
The value of 3 in 530 is 30
Therefore; the value of 3 in 6300 is ten times the value of 3 in 530
Keywords: Place value, total value
Level: Middle school
Subject: Mathematics
Topic: Place value and total value
Comparing the values of 3 in each of 6,300 and 530, we will have:
3 in 6300 is 3 hundreds while 3 in 530 is 3 tens
Place value is defined as the value of each digit in a number. For example, the 5 in 853 represents 5 tens, or 50; however, the 5 in 5,003 represents 5 thousands, or 5,000.
We want to compare the values of 3 in each of the numbers 6,300 and 530.
Thus, we can say that:
3 in 6300 is called 3 hundreds while 3 in 30 is called 3 tens or 30
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Not all shapes, a right triangle does not have any parallel sides.
I hope this helped!
Answer:50
Step-by-step explanation:
180-70=(2x-10)+(x+30) 110=3x+20 90=3x x=30 2(30)-10=60-10=50
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B. 800 signs
C. 1,000 signs
D. 1,500 signs
Blaine could make approximately 650 signs in forty hours.
Calculate the working hours
Blaine needs 14 hours to set up his work station. So, out of the total 40 hours, he will have
=> 40 - 14 = 26 hours to actually work on making signs.
Calculate the minimum number of signs he can make
If Blaine makes 16 signs per hour, then in 26 hours, he will make a minimum of
=> 16 * 26 = 416 signs.
Calculate the maximum number of signs he can make
If Blaine makes 23 signs per hour, then in 26 hours, he will make a maximum of
23 * 26 = 598 signs.
Calculate the average number of signs he can make
To get a more reasonable estimate, we take the average of the minimum and maximum number of signs:
Average = (Minimum + Maximum) / 2
= (416 + 598) / 2 = 650 signs.
Hence the correct option is (a).
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A case of 24 cans of greenbeans would weigh approximately 19.5 pounds.
We have,
To find the weight of a case of 24 cans, we need to multiply the weight of a single can by the number of cans in the case.
Given that a can of green beans weighs 13 oz, we can calculate the weight of a case as follows:
Weight of a case = Weight of a single can × Number of cans in a case
Weight of a case = 13 oz × 24
To convert ounces to pounds, we divide by 16 (since there are 16 ounces in a pound):
Weight of a case = (13 oz × 24) / 16
Weight of a case = 312 oz / 16
Weight of a case ≈ 19.5 pounds
Therefore,
A case of 24 cans of greenbeans would weigh approximately 19.5 pounds.
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