Answer:
The distance he covered is 17.69.
Step-by-step explanation:
Simply multiply 12.2 by 1.45. This calculation yields a total distance of 17.69.
Conclusion:
Please refer to the explanation provided.
Detailed explanation:
Starting with these facts:
Total revenue = $250
Fee charged = $70 per car
Tips received = $50
Equation 1 representing the above:
(Fee per car × number of cars) + tips = total revenue
Let the number of cars be c.
Thus, we have:
$70c + $50 = $250
Part B:
Total revenue = $250
Fee charged = $75 per car
Tips received = $35
Supplies cost per car washed = $5
Equation 2:
(Fee per car × number of cars) + tips - (supplies cost × number of cars) = total revenue
$75c + $35 - $5c = $250
$70c + $35 = $250
Part C:
Equation 1 does not factor in costs associated with washing the car, while equation 2 does incorporate costs, which are deducted from the amount charged per car. Additionally, tips in equation 1 total $50 compared to a $35 fee in equation 2.
Respuesta:
Por lo tanto, la integral de superficie es 
.
Explicación paso a paso:
La función dada es,
Para encontrar,
donde S=A=superficie del cilindro elíptico debemos aplicar el teorema de divergencia, así que,
- Si el vector unitario
está dirigido en dirección positiva (hacia afuera), entonces z=c y,
- Si el vector unitario está dirigido en dirección negativa (hacia adentro), entonces z=-c y,
Por lo tanto, la integral de superficie sin el vector unitario de la superficie es,
To solve this problem, I would add 7 to obtain...
... 2x² = 16
Next, I would divide by 2 to yield
... x² = 8
I would then take the square root, noting that both positive and negative solutions exist.
... x = ±√8
This root can be simplified to give...
... x = ±2√2
_____
This method appeared to be the most straightforward to me. Although one could apply the quadratic formula, that entails more steps.
... 2x² -16 = 0.... continuing by subtracting 9
... x = (-0 ± √(0² -4·2·(-16)))/(2·2).... inserting the coefficients into the formula
... x = ±(√128)/4 = ±√8 = ±2√2..... simplifying the final expression
First, calculate the total length of the ribbon she possesses. Since there are two spools, you multiply 24 by 2 to get 48. Then, determine how many bows can be made. Each bow requires 1/8 of a yard of ribbon, so dividing 48 by 8 gives 6 bows as the result.
Here are the formulas used.
24*2 = X
X/8 = B
Where X denotes the total yards of ribbon available, and B represents the quantity of bows Mari can produce.
