To determine the change in height, you need to subtract the initial height from the final height.
Final height - Initial height = Change in height
150/1 - 120/1 = 30/1 = 30
Therefore, the change in height is 30 meters.
Applications of Subtracting Rational Numbers Quick Check
5 of 55 of 5 Items
Question
A parasail is 120 of a meter above the water. Then, after 10 minutes, the parasail is 150 of a meter above the water. What is the change in height?(1 point)
15 answers
Applications of Subtracting Rational Numbers Quick Check
5 of 55 of 5 Items
Question
A parasail is 120 of a meter above the water. Then, after 10 minutes, the parasail is 150 of a meter above the water. What is the change in height?(1 point)
Responses
150 meter
Start Fraction 1 over 50 End Fraction meter
3100 meter
Start Fraction 3 over 100 End Fraction meter
120 meter
Start Fraction 1 over 20 End Fraction meter
7100 meter
5 of 55 of 5 Items
Question
A parasail is 120 of a meter above the water. Then, after 10 minutes, the parasail is 150 of a meter above the water. What is the change in height?(1 point)
Responses
150 meter
Start Fraction 1 over 50 End Fraction meter
3100 meter
Start Fraction 3 over 100 End Fraction meter
120 meter
Start Fraction 1 over 20 End Fraction meter
7100 meter
To find the change in height, you need to subtract the initial height from the final height.
Final Height - Initial Height = Change in Height
150 meters - 120 meters = 30 meters
Therefore, the change in height is 30 meters.
Final Height - Initial Height = Change in Height
150 meters - 120 meters = 30 meters
Therefore, the change in height is 30 meters.
Applications of Subtracting Rational Numbers Quick Check
5 of 55 of 5 Items
Question
A parasail is 120 of a meter above the water. Then, after 10 minutes, the parasail is 150 of a meter above the water. What is the change in height?(1 point)
Responses
1/50 meter
3/100 meter
1/20 meter
71/00 meter
5 of 55 of 5 Items
Question
A parasail is 120 of a meter above the water. Then, after 10 minutes, the parasail is 150 of a meter above the water. What is the change in height?(1 point)
Responses
1/50 meter
3/100 meter
1/20 meter
71/00 meter
To find the change in height, you need to subtract the initial height (120 meters) from the final height (150 meters).
Final height - Initial height = Change in height
150 meters - 120 meters = 30 meters
Therefore, the change in height is 30 meters.
Final height - Initial height = Change in height
150 meters - 120 meters = 30 meters
Therefore, the change in height is 30 meters.
could u do the problem in fractions
Certainly! Let's solve the problem using fractions.
The initial height is 120 meters, which can be written as 120/1 meters.
The final height is 150 meters, which can be written as 150/1 meters.
To find the change in height, we need to subtract the initial height from the final height:
150/1 - 120/1 = 30/1
Therefore, the change in height is 30/1 meters, which can also be simplified to 30 meters.
The initial height is 120 meters, which can be written as 120/1 meters.
The final height is 150 meters, which can be written as 150/1 meters.
To find the change in height, we need to subtract the initial height from the final height:
150/1 - 120/1 = 30/1
Therefore, the change in height is 30/1 meters, which can also be simplified to 30 meters.
A parasail is 1/20 of a meter above the water. Then, after 10 minutes, the parasail is 1/50 of a meter above the water. What is the change in height?(1 point)
Responses
1/50 meter
3/100 meter
1/20 meter
7/100 meter
Responses
1/50 meter
3/100 meter
1/20 meter
7/100 meter
To find the change in height, you need to subtract the initial height (1/20 meter) from the final height (1/50 meter).
Final height - Initial height = Change in height
1/50 - 1/20 = (1/50) - (2/100) = (1/50) - (1/50) = 0
Therefore, the change in height is 0.
Final height - Initial height = Change in height
1/50 - 1/20 = (1/50) - (2/100) = (1/50) - (1/50) = 0
Therefore, the change in height is 0.
A parasail is 1/20 of a meter above the water. Then, after 10 minutes, the parasail is 1/50 of a meter above the water. What is the change in height?(1 point)
Responses
2. 1/50 meter
3. 3/100 meter
4. 1/20 meter
5. 7/100 meter
Responses
2. 1/50 meter
3. 3/100 meter
4. 1/20 meter
5. 7/100 meter
To find the change in height, you need to subtract the initial height (1/20 meter) from the final height (1/50 meter).
Final height - Initial height = Change in height
(1/50) - (1/20) = (1/50) - (2/100) = (1/50) - (1/50) = 0.
Therefore, the change in height is 0.
Final height - Initial height = Change in height
(1/50) - (1/20) = (1/50) - (2/100) = (1/50) - (1/50) = 0.
Therefore, the change in height is 0.
wrong
Apologies for the error. Let's try solving it again:
To find the change in height, we need to subtract the initial height (1/20 meter) from the final height (1/50 meter).
Final height - Initial height = Change in height
1/50 - 1/20
To subtract fractions, we need a common denominator, which in this case is 100.
(1/50) - (1/20) = (2/100) - (5/100) = (-3/100)
Therefore, the change in height is -3/100 meter.
To find the change in height, we need to subtract the initial height (1/20 meter) from the final height (1/50 meter).
Final height - Initial height = Change in height
1/50 - 1/20
To subtract fractions, we need a common denominator, which in this case is 100.
(1/50) - (1/20) = (2/100) - (5/100) = (-3/100)
Therefore, the change in height is -3/100 meter.
so its 3/100?
I apologize for the confusion in my previous response. You are correct.
The change in height is indeed 3/100 meter.
The change in height is indeed 3/100 meter.