So if 32 oz is 20% more than the average bottle, you multiply 32 by .20 which gives you 6.4. This means that the 32 oz bottle is 6.4 oz more than the regular bottle. Furthermore, 32 - 6.4 = 25.6 so that's how big the typical bottle is.
3 liters of water=3,000<span>milliliters of water
</span><span>2.25 liters of juice= 2,250milliliters of juice
</span><span>2,750 milliliters of sports drinks,
</span><span>Ed bought 250 milliliters more water than sports drink it is TRUE
</span>Proof 3,000<span>milliliters -2,750milliliters = 250milliliters
</span><span>Ed bought 1.25 liters more water than juice, it is FALSE
</span>proof 3,000<span>milliliters -2,250milliliters = 750milliliters=0.75l
</span><span>Ed bought 50 milliliters more sports drink than juice. it is FALSE
proof </span><span>2,750 -2,250=500milliliters not 50milliliters
</span><span>Ed bought 0.5 liter more of sports drink than juice. it is TRUE
</span>proof <span>2,750 -2,250=500milliliters =0.5l
</span>
<span>Ed bought 75 milliliters more water than juice. it is FALSE
</span>proof 3,000-2,250= 750milliliters (not 5 milliliters)
It is given in the question that,
George took a nonstop flight from Dallas to Los Angeles, a total flight distance of 1,233 miles. The plane flew at a speed of 460 miles per hour for the first 75 minutes of the flight and at a speed of 439 miles per hour for the remainder of the flight.
Let for x hours, the flight travelled with a speed of 439 miles per hour .
So we have,


And to convert it in minutes, we have to multiply by 60. And on doing so, we will get

The equation
can be used to find the radius.
Step-by-step explanation:
Given,
Volume of large can;
V=πr(r)h
V=πr²h
Dividing both sides by πh

Taking square root on both sides

Putting π=3.14

The equation
can be used to find the radius.
Keywords: volume, square root
Learn more about square root at:
#LearnwithBrainly
For this case we have the following expression:

From here, we must clear the value of a.
We then have the following steps:
Place the terms that depend on a on the same side of the equation:

Do common factor "a":

Clear the value of "a" by dividing the factor within the parenthesis:

Answer:
The clear expression for "a" is given by:
