579.3 repeating
that's the answer you just divide that's all
How many possible outcomes are there?
[12]
What are the missing table values?
a = H2
b = T6
amounts of fruit you could buy. If you buy 10 pounds of bananas, how many pounds of
apples would it be possible to buy?
A linear equation is written to represent the cost of buying different amounts of fruit. If one buys 10 pounds of bananas, they could also afford to buy approximately 3.24 pounds of apples.
The esential first step here is to write a linear equation that can represent the different amounts of fruits you could buy. Let's denote the pounds of bananas and apples as b and a respectively. The cost per pound of bananas and apples can be represented as 0.49b and 0.34a respectively. The total cost is $6.00. Hence the equation becomes:
0.49b + 0.34a = 6.00
With this equation, we can calculate the possible pounds of apples you could buy with 10 pounds of bananas. Substitute b = 10 into the equation:
0.49(10) + 0.34a = 6.00
4.9 + 0.34a = 6.00
By subtracting 4.9 from both sides of the equation and then dividing by 0.34, we can solve for a:
a ≈ 3.24
Therefore, with 10 pounds of bananas, it would be possible to buy approximately 3.24 pounds of apples with the remaining amount of money.
#SPJ11
Answer:
500 divided by 10 is 50
Step-by-step explanation:
think of it this way you divide anything that's in the hundreds with 10 all you have to do is take away a zero and that's your answer
given that
multiply through by j, sinceit'stheL.C.M
thus
cancel out, leaving
making j the subject by dividing through by k
as the final expression for j
Answer:
J=h-19/k
Step-by-step explanation: