Answer:
total distance = 1 miles
Step-by-step explanation:
According to the information given below from the picture, the distance from the guy's house to the school is given as 5/10 miles.
5/10 miles can still be reduced to the lowest fraction as 1/2 miles.
Since he works to and fro from his house to school and school to house, The distance he covered will be the sum of the distance from house to school and school to house .
Distance from house to school = 1/2 miles
Distance from school to house = 1/2 miles
The total distance he covered = 1/2 miles + 1/2 miles
total distance = 1 miles
Answer:
6. y² = 169x
7. y² = 12x
8.
Step-by-step explanation:
The equation of a quadratic function in vertex form is given by
(y - α)² = 4a(x - β)
Where, (α,β) is the vertex of the function and a is the distance from vertex to its focus.
6. Here, (α,β) ≡ (0,0) and a point on the equation is (1,13)
So, the equation will be y² = 4ax
⇒ 13² = 4a(1)
⇒ 4a = 169
Therefore, the original equation will be y² = 169x (Answer)
7. Here also the vertex is (0,0) and a point on the equation is (3,-6),
So, (-6)² = 4a(3)
⇒ 4a = 12
So, the equation is y² = 12x (Answer)
8. Here also the vertex is (0,0) and a point on the equation is (),
So,
⇒
So, the equation is (Answer)
O 440 square units
516 square units
O 166 square units
Answer:
Step-by-step explanation:
We can find half of a side of the pentagon with the expression
Because, as a regular polygon, all its sectors have the same central angle, and the apothem divides equally each sector in two equal parts.
Therefore, half of a side is 8 units long, which means each side measures 16 units.
Now, the area of a penthagon is defined by
Where is the perimeter and is the apothem. Where the perimeter is the sum of all sides, which is 80 units.
Therefore, the right answer is the second choice.
350 - (110 - 30) ÷ 2
[350 - (110 - 30) ÷ 2]
[350 - (110 - 30)] ÷ 2
The expression used to find the amount Maxwell still owes on the skis is [350 - (110 + 30) ÷ 2]
An algebraic expression (or) a variable expression is a combination of terms by the operations such as addition, subtraction, multiplication, division, etc.
Given that, Maxwell bought a new pair of skis for $350. He put $110 down and received a students discount of $30. His mother gave him 1/2 of the balance for his birthday,
We need to find the expression that can be used to find the amount Maxwell still owes on the skis,
So, the total amount of skis = $350, he put down $110 also got $30 discount,
So, the amount = 350 - (110+30) also, his mother gave him 1/2 of the balance for his birthday.
So, the final amount is 350 - (110 + 30) ÷ 2
Hence, the expression used to find the amount Maxwell still owes on the skis is [350 - (110 + 30) ÷ 2]
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Answer:
Maxwell bought a new pair of skis for $350. He put $110 down and received a students discount of $30. His mother gave him 1/2 of the balance for his birthday. Which of these expressions could be used to find the amount Maxwell still owes on the skis?