Let x represent the number of cans of fruit produced, which is 24 per minute. Let y denote the number of cans of vegetables produced, which is 64 per minute. Let z be the total number of cans produced per minute, and let t be the time in minutes. The equation is given by z = (x + y)t. Thus, z = (24 + 64)t, simplifying to z = 88t, which represents the required equation. Knowing that z equals 384, we can solve for t: 384 = 88t, resulting in t = 4.36 minutes.
In this scenario, we have the following profit function: P=6s-16, where P signifies profit, s denotes the quantity of bags sold, and -16 represents transportation costs. The selling price per bag is $6, making this a linear equation that fits the form y=mx+b, where m signifies the slope, which is 6 in this case.
To solve this problem, we need to convert the measurements so we can carry out the necessary calculations. A ton equals 2000 pounds, therefore, 3/4 ton translates to 1500 pounds. Since there are 16 ounces in a pound, 4 pounds and 14 ounces amounts to 4.875 pounds. To find the number of bricks, we divide:
number of bricks = 1500 lbs / 4.875 lbs
= 307.7
Consequently, this is the number of bricks required. The final answer is approximately.
Answer:
$145.64
Because 250 USD = (1.03069 Euro /1 USD) = 257.6725
So, 257.6725-150=107.6725
Thus, 107.6725 Euro = (1.35261 USD/ 1 Euro) = 145.64
I believe;')
