How do I do this? It’s a constant of proportionality Graph. It says it ‘identify the constant of proportionality (k) for each gr
1 answer:
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Answer:9 nickels and 19 dimes.
Step-by-step explanation:
Let be the number of nickels Kay has.
Let be the number of dimes Kay has.
Value of nickel is $
Value of nickels is $
Value of dime is $
Value of nickels is $
Given that Kay has a total of coins.
So, ...(i)
Given that Kay has a total value of $
So, ...(ii)
Using (i) and (ii),
Answer:
Yes, the zoo needs to order more fencing. The zoo has 54 ft of fence remaining for the unknown side.
If the unknown side is assumed to have this length, sin (θ) = 1.2857. which is not possible, so the triangle cannot be formed.
Step-by-step explanation:
Let a be the length of the third side of the triangle.
a = 127 - 73 = 54 ft
Let the angle that a makes with the barn be θ
The diagram of this question is attached to this solution.
Using the sine rule, we can examine if the remaining fencing material would be enough by checking if (sin θ) is realistic.
Using sine rule,
[a/(sin 72°)] = [73/(sin θ)]
[54/sin 72°] = [73/sin θ]
sin θ = (73 × sin 72°)/54 = 1.2857
sin θ = 1.2857
This is obviously not a realistic value for sin θ since it is known that sin θ ranges between 0 and 1.
The 54 ft is obviously not enough.
Hence, the zoo needs more fencing material to be able to complete the outdoor triangular giraffe exhibit.
Hope this Helps!!!
