Answer:
Step-by-step explanation:
Given that,
The estate is estimated as 8in across and the actual measure across is 500 ft
Then, this shows that
8in represent 500ft on scale
Then, divide both sides by 8
1in will represent 62.5ft
Now, we are told that the height of the stadium is estimated as 2inches, so what is the real value in ft
Since, 1in =62.5ft
Then, multiply both sides by 2
Therefore, 2in=125ft.
The height of the stadium in feet is 125ft
Answer:
150000(1.22)^t
Step-by-step explanation:
A-150000
R- 0.22 plus the 1 since it’s positive y=A(1+r)
Sooo 150000(1+0.22)^t
Answer:4/27
Step-by-step explanation: 4/9÷3
4/9÷3/1
4/9x1/3
4/27
I need the answer quickly!!!
HI Brainiac
-1 1/6 -(-2 1/3)
= -7/6 -(-7/3)
= -7/6 - -7/3
= 7/6
I hope that's help:0
Please ask me any questions you want.
Answer:
C, $11,100
Step-by-step explanation:
First, we know that there are 12 months in a year, and they can save $350 a month together. 350 x 12 is 4200. That is for one year, and we need to find it for two years. 4200 x 2 is $8400. That’s the total he could save for college, and tuition costs $19500, so 19500 - 8400 = 11,100. Jose needs $11,100 in scholarships and financial aid for tuition.
The answer is B. $2,700. After his parents save $16,800 over two years, Jose will need $2,700 in financial aid and scholarships to meet the cost of his estimated freshman year tuition of $19,500.
First, let's calculate the total amount that Jose's parents will be able to save for his college tuition. They can save $350 each per month for 2 years. That's $350 x 2 x 12 x 2 = $16,800. Jose's estimated tuition for his freshman year of college is $19,500. Now, if we subtract the total amount his parents will save from the estimated tuition, we can calculate how much money Jose will need to receive in financial aid and scholarships to be able to afford tuition. This would be $19,500 - $16,800 = $2,700. So, Jose will need to receive $2,700 in financial aid and scholarships to be able to afford the tuition for his freshman year. Hence, the correct answer is B. $2,700.
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