first you double 29
than subtract the 5 new cards
29 x 2 - 5
58-5
your answer is 53
60% of the waiters will receive a pay raise if 168 waiters and 85 cooks receive pay raises.
To find the percentage of waiters who will receive a pay raise, we need to determine how many waiters are receiving pay raises and then calculate the percentage.
Currently, the restaurant has 280 waiters and 185 cooks. If 168 waiters and 85 cooks receive pay raises, the number of waiters getting a pay raise would be 168.
Now, let's calculate the percentage of waiters receiving a pay raise:
Percentage of waiters receiving a pay raise = (Number of waiters receiving a pay raise / Total number of waiters) × 100
Percentage of waiters receiving a pay raise = (168 / 280) × 100
Percentage of waiters receiving a pay raise = 0.6 × 100
Percentage of waiters receiving a pay raise = 60%
So, 60% of the waiters will receive a pay raise.
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In your answer, please explain and show your work to the best of your ability. I want to know how you got your answer. It will help me a lot! :)
Note: These questions are from 7-3 Practice: Rational Exponents from Glencoe Algebra 1.
Good luck! :)
To find the distance fallen, substitute the given velocity into the equation and solve for h. To find the power being used, substitute the given current and resistance into the equation and solve for P.
1. To find the distance that an object has fallen if its velocity is 96 feet per second, we need to use the given equation v = 8h^(1/2). We'll substitute 96 for v in the equation and solve for h:
96 = 8h^(1/2)
To isolate h, we'll divide both sides of the equation by 8:
12 = h^(1/2)
To get rid of the exponent, we'll square both sides of the equation:
144 = h
Therefore, the object has fallen a distance of 144 feet.
2. The equation IR^(1/2) = √P represents the relationship between current (I), power (P), and resistance (R). We're given that I = 2.5 amps and R = 16 ohms. We'll substitute these values into the equation and solve for P:
(2.5)(16)^(1/2) = √P
(2.5)(4) = √P
10 = √P
To isolate P, we'll square both sides of the equation:
100 = P
Therefore, the appliance is using 100 watts of power.
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