We can extend 352.83 and write as (3 x 100) + (5 x 10) + (2 x 1) + (8/10) + (3/100)
Step-by-step explanation:
Considering the given value 352.83 we can expand that step by step as,
(3 x 100) which will give us a value of 300.
Now adding the multiplied answer of (5 x 10) will give us 350.
Next we can also add the multiplied answer of (2 x 1 ) which will further give us 352.
Now adding the divided answer of (8/10) we will get 352.08
Finally adding the divided answer of (3/100) we will get the exact value of 352.83 as mentioned above.
Direct variation describes - roughly - a relationship between two values where <em>scaling one value will scale the other by the same amount</em>. The x value <em>doubles </em>as it goes from 5 to 10, and since y varies directly as x, we can double the old y value to get the new one as well. Since the old y value is 8, our new y value should be 8 x 2 = 16.
Answer:
B. 22
Step-by-step explanation:
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1. 144ft
2. 72cm
3. Volume = 38m though it's not listed
4. Volume = 123cm though it's not listed
5. B, C (the 2 middle ones)
Answer:
The equation that can be used to determine m, the number of minutes it will take the helicopter to reach the hospital is .
Step-by-step explanation:
We are given that a medical rescue helicopter is flying at an average speed of 172 miles per hour toward its base hospital. At 2:42 p.m., the helicopter is 80 miles from the hospital.
As we know that the Distance-Speed-Time formula is given by;
Here, Distance = 80 miles
Speed = 172 miles per hour
Time = m (the number of minutes)
Firstly, as we can see that the speed is in miles per hour but the time is in minutes, so we will convert the time in hours, i,e;
Time =
So,
m = 27.91 ≈ 28 minutes.
Hence, it will take 28 minutes for the helicopter to reach the hospital.