The actual distance between the two cities corresponding to the mapdistance is 63.3 km. Then the correct option is D.
Distance is defined as the length between the two points just like in the question it is the length between the two cities.
The length is calculated as:-
1 cm: 11.5 km
5.5 cm: 5.5 x 11.5 km
5.5 cm : 63.3 km
The distance between the two cities is 63.3 km.
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Answer:
the answer is 63.3 km
Answer:
30/34
Step-by-step explanation:
Answer: 5
Step-by-step explanation:
From the question, Anna has an amount of $42.50 to pay for pizza and each pizza costs $8.50. She wants to buy an unknown number of pizzas, that we are representing by p.
P= Total amount Anna has/cost of each pizza
P = $42.50/$8.50
P = 5
Anna can buy 5 pizzas
Answer:
5
Step-by-step explanation:
a. Write an inverse variation model for the relationship between the area and depth for one load of gravel.
b. A designer plans a playground with gravel 6 in. deep over the entire play area. If the play area is a rectangle 40 ft. wide and 24 ft long, how many loads of gravel will be needed? (4 points)
I understand everything else but this question.
Answer:
A. y=
B. z= 2
Step-by-step explanation:
A.
The format for the inverse variation formula is y =
This is a bit different compared to the format of directly variation formula y= kx
In this case, one load of gravel have volume. The area is inversely proportional with depth, so formula for the volume is Area x Depth (V= A x D). The inverse variation formula will be: A= V/D
If the number of loads=z, each load is , area = y and depth = x , then the model will be:
y=
y=
B.
The play area is a rectangle 40 ft wide and 24 ft long, then the area will be: area = 40ft * 24ft= 960
We have area(y= 960 ) and depth(x= 6 in- 0.5 ft) , now we can find out the number of loads needed(z) by using the equation.
y=
960 =
= 960
z= = 2
Answer:
(A)
Step-by-step explanation:
To find the range, you have to subtract the highest value from the list (85) from the lowest value (15) When you subtract these values you get 70, which is the range.
To find the mid-range, you add the highest value from the list (85) and the lowest value (15) When you add these values, you get 100. You then have to divide the sum of the highest and lowest value (100) by 2. When you divide the sum of the highest and lowest value by 2 you get 50, which is the mid-range.
Hope this helps!