(18*10*3yd^3)(min/12yd^3)
540yd^3(min/12yd^3)=45 minutes
Answer: 43.5 feet per second
Step-by-step explanation: So the fox has a total of ten seconds to completely catch up with the rabbit. But how fast does he need to go.
First we need to model the distance the rabbit will travel with the equation
x = 40 * 10 + 35
x is the distance the rabbit travels, 40 is the feet per second the rabbit travels at, 10 is the number of seconds, and 35 is the distance the rabbit was away already. To figure out how fast the fox needs to travel, we need to create an equation that is equal to the answer of this one. The equation equals a total of 435. So in ten seconds, the fox needs to travel 435 feet.
Well, now that we know how many feet are required to travel to catch up to the bunny, and how many seconds, we can model it using
435 = 10 * x
x is the feet per second
To solve this equation we isolate the variable by dividing 10 on both sides
435 / 10 and 10 * x / 10, this gives us 43.5 and x or 43.5 = x
so it will take a speed of 43.5 feet per second to catch up to the rabbit.
10.) The realized income each week is $79.87.
Add both payments and tips then deduct the tax deductions (multiply the rates to the gross income per week).
Gross income per week: (4.70 + 3.85) x 13hrs = 111.15
Tax deductibles: 8.50 (FICA) + 13.67 (federal tax) + 9.11 (state tax) = (31.28)
Realized income per week: 111.15 - 31.28 = 79.87
11.) The value of the stocks in its second year is $1,340.75.
Multiply the investment by the percentage increase, then add the result to the investment. You can also use this formula = investment x (1 + %)
First year: 1,050 x (1 + 0.13) = 1,186.50
Second year: 1,186.50 x (1 + 0.13) = 1,340.75
12.) a. The total value of your stocks after 2 years is $2,046. Use <em>investment x (1 - %)</em> in computing the decreases while <em>investment x (1 + %)</em> in computing the gains.
First year: 2,000 x (1 - 0.07) = 1,860
Second year: 1,860 x (1 + 0.10) = 2,046
b. The balance in your savings account after 2 years is $2,150.74. Use this formula = investment x (1 + rate)^number of years
Balance = 2,000 x (1 + 0.037)^2 = 2,150.74
13.) Your question is incomplete.
The correct answer is A.
That is because the whole paragraph talks about a model car that they are testing but this student is wondering about roller coasters.
Hope this helps :)
F(x) = 1600/400 reduces to 4....the slope of f(x) is 4
g(x) :
(1,-8)(5,12)
slope = (12 - (-8) / (5 - 1) = (12 + 8)/4 = 20/4 = 5...slope of g(x) is 5
so g(x) has a greater slope then f(x)