The property of this equation is the distributive property of multiplication over addition or subtraction.
The property of the equation -4x - 1/4 = 1 is called the distributive property of multiplication over addition or subtraction. Using this property, we can distribute the coefficient -4 to both terms inside the parenthesis. This gives us -4x - 4(1/4) = 1. Simplifying further, we have -4x - 1 = 1. To isolate the variable x, we can add 1 to both sides, which gives us -4x = 2. Finally, dividing both sides by -4, we find that x = -0.5.
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9. The number 0.56 is a rational number
10. 200 and 500 are integers.
11. All numbers with infinite decimal expansions are irrational.
12.
the numbers -8, -3, 5, 17 are all whole numbers.
Answer:
Below.
Step-by-step explanation:
8. True ( all numbers of the form √n where n is not a perfect square have this property)
9. True ( we can write it as 56/100 or 14/25).
10. True.
11. False. ( 1/3 is rational and its decimal form is 0.333............. )
12. False. ( negative numbers are not whole numbers).
Answer:
345
Step-by-step explanation:
To find out how many cakes the bakery can make, you'll need to convert the amount of milk they have into cups and then divide by the amount of milk needed to make one cake.
First, let's convert the 72 half-gallons of milk into cups:
1 half-gallon = 8 cups (since 1 cup is 1/8 of a half-gallon)
So, 72 half-gallons = 72 x 8 cups = 576 cups of milk.
Now, you mentioned that it takes 1 2/3 cups of milk to make a cake.
Let's convert this mixed number into an improper fraction: 1 2/3 = (3 x 1 + 2)/3 = 5/3 cups of milk for one cake.
Now, we can find out how many cakes the bakery can make by dividing the total cups of milk by the amount needed for one cake: 576 cups of milk ÷ (5/3) cups per cake = 576 cups ÷ (5/3) ≈ 345.6 cakes.
Since you can't make a fraction of a cake, the bakery can make approximately 345 cakes with the milk they have.
It is 12×3 = 36
4(3) = 12 and multiply with three i.e. 12×3=36
b) $25164.10
c) $37507.81
d) $556342.35
2. You invest $2,600 into a savings account with a 4.25% annual interest rate that compounds interest quarterly. Determine the balance on the account after 5 years.
a) $3766.54
b) $3211.99
c) $3980.50
d) $4560.60
3. You invest $2,600 into a savings account with a 4.25% annual interest rate that compounds interest quarterly. Determine the balance on the account after 50 years.
a) $21,526.87
b) $22,998.70
c) $20,450.10
d) $24,548.33
4. Stock Texas has a price of $156 per share when Bond Austin has a price of $23 per bond. Use an equation modeling the inverse variation between the stock and bond prices to predit the price of stock Texas when bound austin is worth the following: $68.74
a) $59.33
b) $48.115
c) $57.75
d) $52.20
5. What will be your total investment from an annuity of $500 per year compounded continuously earning 8% for 6 years?
Step 2: 4y − 2y − 4 = 12
Step 3: 2y − 4 = 12
Which of these is most likely the next step?
2y = 3
2y = 8
2y = 16
2y = 18
Answer:
2y=16 Or the Third Option
Step-by-step explanation:
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