Answer:
x= 2.8 and x= -2.8
Step-by-step explanation:
To find out the zeros, we replace x y with 0 and solve for x
Add 4 on both sides
Multiply by 2 on both sides
8= x^2
Now we take square root on both sides
x= +-
x=2.82843 and x=-2.82843
x= 2.8 and x= -2.8
B. 1,600,000.
C. 1,563,400.
D. 1,563,000.
Round up the millions place digit from 1 to 2 and set the rest of the digits to zeros, resulting in option A. 2,000,000.
To round the number 1,563,385 to the nearest million,
Need to consider the digits in the millions place and the digits immediately to its right (the hundred thousands place).
The millions place digit is 1, and the digit in the hundred thousands place is 5.
Since the digit in the hundred thousands place is 5 or greater,
Need to round up the millions place digit by 1.
Now let's adjust the number accordingly:
Original number: 1,563,385
Rounded to the nearest million: 2,000,000
Therefore, the correct answer to represent the number in nearest million is option A. 2,000,000.
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Answer:
The numbers in bold are the blanks.
Step-by-step explanation:
7/5 + 3/8 = 56/40 + 15/40 = 71/40
Answer:
1 31/40 or
71/40
Step-by-step explanation:
7/5+3/8=56/40+15/40=71/40=1 31/40
b. fractional
c. smaller
d. larger
Each place value to the left of the decimal point in a number is ten times larger than the place value to its right.
In mathematics, specifically in the idea of place value, each position to the left of the decimal point is ten times larger than the place value to its right. For example, in the number 1234.0, the '1' is in the thousands place, which is ten times larger than the hundreds place where '2' is located. Likewise, the '2' in the hundreds place represents a value that is ten times larger than the tens place where '3' resides, and so on.
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$4500, 9%, 3.5 years
Step-by-step explanation:
Principle (P) =$4500
Rate(R) =9%
Time(T)=3.5yrs
We know,
SI=P×T×R/100
=4500×3.5×9/100
=$1417.5