Question
Evaluate. Express your answer in scientific notation.
0, point, 0, 0, 1, 7, plus, 5, point, 1, times, 10, to the power minus 4
0.0017+5.1×10
−4
Answer
Attempt 1 out of 2
Answer:
times, 10×10
0, point, 0, 0, 1, 7, plus, 5, point, 1, times, 10, to the power minus 4
0.0017+5.1×10
−4
Answer
Attempt 1 out of 2
Answer:
times, 10×10
Answers
Answer
Incorrect pls try again
Answer
Evaluate. Express your answer in scientific notation.
0, point, 6, 9, 9, minus, 4, point, 6, 8, times, 10, to the power minus 2
0.699−4.68×10
−2
Answer
Attempt 1 out of 2
Answer:
times, 10×10
0, point, 6, 9, 9, minus, 4, point, 6, 8, times, 10, to the power minus 2
0.699−4.68×10
−2
Answer
Attempt 1 out of 2
Answer:
times, 10×10
Answer
pls try again
Answer
Correct
Answer
What is the product of 5, point, 5, times, 10, cubed5.5×10
3
and 6, point, 3, times, 10, to the power 46.3×10
4
expressed in scientific notation?
Answer
Attempt 1 out of 2
Answer:
times, 10×10
3
and 6, point, 3, times, 10, to the power 46.3×10
4
expressed in scientific notation?
Answer
Attempt 1 out of 2
Answer:
times, 10×10
Answer
What is the product of 2, point, 8, times, 10, to the power 62.8×10
6
and 7, point, 7, times, 10, to the power 57.7×10
5
expressed in scientific notation?
Answer
Attempt 1 out of 2
Answer:
times, 10×10
6
and 7, point, 7, times, 10, to the power 57.7×10
5
expressed in scientific notation?
Answer
Attempt 1 out of 2
Answer:
times, 10×10
Answer
What is the quotient of 1, point, 4, 8, 5, times, 10, to the power 61.485×10
6
and 4, point, 9, 5, times, 10, squared4.95×10
2
expressed in scientific notation?
Answer
Attempt 1 out of 2
Answer:
times, 10×10
6
and 4, point, 9, 5, times, 10, squared4.95×10
2
expressed in scientific notation?
Answer
Attempt 1 out of 2
Answer:
times, 10×10
Answer
The size of a cell is typically found by capturing an image under a microscope then using software to measure its diameter. Two cells are measured using this method:
Cell D: 8, point, 3, 9, times, 10, to the power minus 38.39×10
−3
centimeters
Cell E: 4, point, 4, times, 10, to the power minus 44.4×10
−4
centimeters
How much larger is the diameter of cell D than the diameter of cell E? Express your answer using scientific notation.
Answer
Attempt 1 out of 2
Answer:
times, 10×10
centimeters
Cell D: 8, point, 3, 9, times, 10, to the power minus 38.39×10
−3
centimeters
Cell E: 4, point, 4, times, 10, to the power minus 44.4×10
−4
centimeters
How much larger is the diameter of cell D than the diameter of cell E? Express your answer using scientific notation.
Answer
Attempt 1 out of 2
Answer:
times, 10×10
centimeters
Answer
A water park has pools, slides, and rides that, in total, make use of 8, point, 8, times, 10, to the power 58.8×10
5
gallons of water. They plan to add a ride that would make use of an additional 51, comma, 00051,000 gallons of water. Use scientific notation to express the total gallons of water made use of in the park after the new ride is installed.
Answer
Attempt 1 out of 2
Answer:
times, 10×10
gallons
5
gallons of water. They plan to add a ride that would make use of an additional 51, comma, 00051,000 gallons of water. Use scientific notation to express the total gallons of water made use of in the park after the new ride is installed.
Answer
Attempt 1 out of 2
Answer:
times, 10×10
gallons
Answer
pls try again that was incorrect
Answer
The approximate average distances from the sun to Jupiter and Mercury are listed below:
Jupiter: 7, point, 7, 8, times, 10, to the power 87.78×10
8
kilometers
Mercury: 5, point, 7, 9, times, 10, to the power 75.79×10
7
kilometers
How many times farther from the sun is Jupiter? Write your answer in standard notation, rounding to the nearest tenth.
Answer
Attempt 1 out of 2
Answer:
Jupiter: 7, point, 7, 8, times, 10, to the power 87.78×10
8
kilometers
Mercury: 5, point, 7, 9, times, 10, to the power 75.79×10
7
kilometers
How many times farther from the sun is Jupiter? Write your answer in standard notation, rounding to the nearest tenth.
Answer
Attempt 1 out of 2
Answer:
Answered by
GPT 3.5
0.0017+5.1×10
−4
= 0.001700 + 0.000051
= 0.001750
= 1.750 × 10^-3
−4
= 0.001700 + 0.000051
= 0.001750
= 1.750 × 10^-3
Answered by
GPT 3.5
0.0017+5.1×10
−4
= 0.0017 + 5.1 × (10^-4)
= 0.0017 + 0.00051
= 0.00221
= 2.21 × 10^-3
−4
= 0.0017 + 5.1 × (10^-4)
= 0.0017 + 0.00051
= 0.00221
= 2.21 × 10^-3
Answered by
GPT 3.5
0.699 - 4.68×10
−2
= 0.699 - 4.68 × (10^-2)
= 0.699 - 0.0468
= 0.6522
= 6.522 × 10^-1
−2
= 0.699 - 4.68 × (10^-2)
= 0.699 - 0.0468
= 0.6522
= 6.522 × 10^-1
Answered by
GPT 3.5
0.699 - 4.68×10
−2
= 0.699 - 4.68 × (0.01)
= 0.699 - 0.0468
= 0.6522
= 6.522 × 10^-1
−2
= 0.699 - 4.68 × (0.01)
= 0.699 - 0.0468
= 0.6522
= 6.522 × 10^-1
Answered by
GPT 3.5
Thank you! I'm glad my answer was correct. If you have any more questions, feel free to ask!
Answered by
GPT 3.5
To find the product of 5.5×10^3 and 6.3×10^4, we first multiply the decimal parts:
5.5 * 6.3 = 34.65
Next, we multiply the powers of 10:
10^3 * 10^4 = 10^(3 + 4) = 10^7
Finally, we combine the decimal part and the power of 10:
34.65 * 10^7
= 3.465 × 10^8
5.5 * 6.3 = 34.65
Next, we multiply the powers of 10:
10^3 * 10^4 = 10^(3 + 4) = 10^7
Finally, we combine the decimal part and the power of 10:
34.65 * 10^7
= 3.465 × 10^8
Answered by
GPT 3.5
To find the product of 2.8×10^6 and 7.7×10^5, we first multiply the decimal parts:
2.8 * 7.7 = 21.56
Next, we add the powers of 10:
10^6 * 10^5 = 10^(6 + 5) = 10^11
Finally, we combine the decimal part and the power of 10:
21.56 * 10^11
= 2.156 × 10^12
2.8 * 7.7 = 21.56
Next, we add the powers of 10:
10^6 * 10^5 = 10^(6 + 5) = 10^11
Finally, we combine the decimal part and the power of 10:
21.56 * 10^11
= 2.156 × 10^12
Answered by
GPT 3.5
To find the quotient of 1.485×10^6 and 4.95×10^2, we first divide the decimal parts:
1.485 / 4.95 = 0.3
Next, we subtract the powers of 10:
10^6 / 10^2 = 10^(6 - 2) = 10^4
Finally, we combine the decimal part and the power of 10:
0.3 * 10^4
= 3 × 10^3
1.485 / 4.95 = 0.3
Next, we subtract the powers of 10:
10^6 / 10^2 = 10^(6 - 2) = 10^4
Finally, we combine the decimal part and the power of 10:
0.3 * 10^4
= 3 × 10^3
Answered by
GPT 3.5
To find the difference in diameter between Cell D and Cell E, we subtract the diameter of Cell E from the diameter of Cell D:
8.39 × 10^(-3) - 4.4 × 10^(-4)
To subtract numbers in scientific notation, we need to ensure that the exponents of 10 are the same. In this case, we can convert the diameter of Cell E to scientific notation with the same exponent as the diameter of Cell D:
4.4 × 10^(-4) = 0.44 × 10^(-3)
Now we can subtract the decimal parts:
8.39 × 10^(-3) - 0.44 × 10^(-3) = 7.95 × 10^(-3)
Therefore, the diameter of Cell D is 7.95 times larger than the diameter of Cell E.
8.39 × 10^(-3) - 4.4 × 10^(-4)
To subtract numbers in scientific notation, we need to ensure that the exponents of 10 are the same. In this case, we can convert the diameter of Cell E to scientific notation with the same exponent as the diameter of Cell D:
4.4 × 10^(-4) = 0.44 × 10^(-3)
Now we can subtract the decimal parts:
8.39 × 10^(-3) - 0.44 × 10^(-3) = 7.95 × 10^(-3)
Therefore, the diameter of Cell D is 7.95 times larger than the diameter of Cell E.
Answered by
GPT 3.5
To find the total gallons of water used in the park after adding the new ride, we need to add the amount of water used by the new ride to the initial amount of water used by the pools, slides, and other rides.
Initial amount of water = 8.8 × 10^58.5 gallons
Additional water from new ride = 51,000 gallons
To add these two values, we need to convert the additional water to scientific notation with the same exponent as the initial amount of water:
51,000 = 5.1 × 10^4
Now we can add the decimal parts:
8.8 × 10^58.5 + 5.1 × 10^4
To add numbers in scientific notation, the exponents of 10 must be the same. In this case, we can convert the initial amount to scientific notation with the same exponent as the additional water:
8.8 × 10^58.5 = 0.88 × 10^59
Now we can add the decimal parts:
0.88 × 10^59 + 5.1 × 10^4 = 0.88 × 10^59 + 0.051 × 10^59 = 0.931 × 10^59
Therefore, the total gallons of water used in the park after adding the new ride is 0.931 × 10^59 gallons.
Initial amount of water = 8.8 × 10^58.5 gallons
Additional water from new ride = 51,000 gallons
To add these two values, we need to convert the additional water to scientific notation with the same exponent as the initial amount of water:
51,000 = 5.1 × 10^4
Now we can add the decimal parts:
8.8 × 10^58.5 + 5.1 × 10^4
To add numbers in scientific notation, the exponents of 10 must be the same. In this case, we can convert the initial amount to scientific notation with the same exponent as the additional water:
8.8 × 10^58.5 = 0.88 × 10^59
Now we can add the decimal parts:
0.88 × 10^59 + 5.1 × 10^4 = 0.88 × 10^59 + 0.051 × 10^59 = 0.931 × 10^59
Therefore, the total gallons of water used in the park after adding the new ride is 0.931 × 10^59 gallons.
Answered by
GPT 3.5
Apologies for the mistake. Let's try again.
Initial amount of water = 8.8 × 10^58.5 gallons
Additional water from new ride = 51,000 gallons
To add these two values, we need to convert the additional water to scientific notation with the same exponent as the initial amount of water:
51,000 = 5.1 × 10^4
Now we can add the decimal parts:
8.8 × 10^58.5 + 5.1 × 10^4 = 8.8 × 10^58.5 + 0.51 × 10^5
To add numbers in scientific notation, the exponents of 10 must be the same. In this case, we can convert the second term to scientific notation with the same exponent as the first term:
0.51 × 10^5 = 5.1 × 10^4
Now we can add the decimal parts:
8.8 × 10^58.5 + 5.1 × 10^4 = 8.8 × 10^58.5 + 5.1 × 10^4 = 8.8 × 10^58.5 + 5.1 × 10^4 = 8.8051 × 10^58.5
Therefore, the total gallons of water used in the park after adding the new ride is 8.8051 × 10^58.5 gallons.
Initial amount of water = 8.8 × 10^58.5 gallons
Additional water from new ride = 51,000 gallons
To add these two values, we need to convert the additional water to scientific notation with the same exponent as the initial amount of water:
51,000 = 5.1 × 10^4
Now we can add the decimal parts:
8.8 × 10^58.5 + 5.1 × 10^4 = 8.8 × 10^58.5 + 0.51 × 10^5
To add numbers in scientific notation, the exponents of 10 must be the same. In this case, we can convert the second term to scientific notation with the same exponent as the first term:
0.51 × 10^5 = 5.1 × 10^4
Now we can add the decimal parts:
8.8 × 10^58.5 + 5.1 × 10^4 = 8.8 × 10^58.5 + 5.1 × 10^4 = 8.8 × 10^58.5 + 5.1 × 10^4 = 8.8051 × 10^58.5
Therefore, the total gallons of water used in the park after adding the new ride is 8.8051 × 10^58.5 gallons.
Answered by
GPT 3.5
To find how many times farther from the sun Jupiter is compared to Mercury, we divide the distance to Jupiter by the distance to Mercury:
7.78 × 10^8 kilometers / 5.79 × 10^7 kilometers
To divide numbers in scientific notation, we divide the decimal parts and subtract the exponents of 10:
7.78 / 5.79 = 1.345
10^8 / 10^7 = 10^(8-7) = 10
Now we can write the result in standard notation:
1.345 * 10
= 13.45
Therefore, Jupiter is approximately 13.45 times farther from the sun compared to Mercury.
7.78 × 10^8 kilometers / 5.79 × 10^7 kilometers
To divide numbers in scientific notation, we divide the decimal parts and subtract the exponents of 10:
7.78 / 5.79 = 1.345
10^8 / 10^7 = 10^(8-7) = 10
Now we can write the result in standard notation:
1.345 * 10
= 13.45
Therefore, Jupiter is approximately 13.45 times farther from the sun compared to Mercury.
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