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Answer:
32÷35=0.9142857142857143
Answer:
decimal equivalent is .91429 (simplified)
he likely made the mistake of dividing 35 by 32 instead of the other way around
Step-by-step explanation:
to find the answer you divide 32 by 35 instead of dividing 35 by 32
B.) 93,369
C.) 111.860
D.) 65,180
In the first year, Larry can afford to spend D.) $65,180 on a house if he makes a down payment of $18,500 and a monthly payment of $3,890.
A down payment is an initial upfront payment that a borrower makes towards paying off the mortgage or loan.
The down payment is based on a percentage of the mortgage amount, for example, 10% or 20%.
Down payment = $18,500
Monthly payment = $3,890
Annual payments = $46,680 ($3,890 x 12)
Payment in the first year = $65,180 ($46,680 + $18,500)
Thus, in the first year, Larry can afford to spend D.) $65,180 on a house if he makes a down payment of $18,500 and a monthly payment of $3,890.
Learn more about down payments at brainly.com/question/1698287
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B. (t – 3)(t + 3)(t2 + 9)
C. (t2 – 9)(t2 – 9)
D. (t – 3)2(t + 3)2
Answer:
11 months
Step-by-step explanation:
The initial number of baseball cards that Chris has is 20.
This is like the first term of a sequence.
If Chris is adding 3 baseball cards per month, then there will be a constant difference of 3.
The number of baseball cards after months is given by the formula;
where
Similarly, Kyle initially has 40 baseball cards and adds one base ball card per month to his collection;
The number of his baseball cards after months is given by the formula;
To determine the number of months that will pass before Kyle and Chris have the same number of base ball cards, we equate both equations to get;
We group like terms to get;
Therefore Chris and Kyle will have the same number of baseball cards after 11 months.
By setting equal the linear expressions for how many baseball cards Chris and Kyle have after a given number of months, we find that it will take 10 months for them to have the same number.
The question is essentially asking how long it will take for Chris and Kyle to have the same number of baseball cards. It's a problem about linear expressions, rooted in mathematics. Chris starts with 20 baseball cards and adds 3 per month. We can express this as C = 20 + 3m, where m is the number of months. Kyle starts with 40 baseball cards and adds 1 per month. We express this as K = 40 + m.
We want to find out when Chris and Kyle will have the same number of cards, so we set C = K, which results in 20 + 3m = 40 + m. By solving this equation, we can condense it to 2m = 20 or m = 10. Therefore, it will take 10 months for Chris and Kyle to have the same number of baseball cards.
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