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skelet666 [1.2K]
2 years ago
14

a crane cable can support a maximum load of 15,000 kg. if a bucket has a mass of 2,000 kg and gravel has a mass of 1,500 kg for

every cubic meter, how many cubic meters of gravel (g) can be safely lifted by the crane?
Mathematics
2 answers:
Brut [27]2 years ago
7 0
2000 + 1500g ≤ 15000
1500g ≤ 15000 - 2000
1500g ≤ 13000
g ≤ 13000/1500
g ≤ 8 2/3

Therefore, the crane can safely lift a maximum of 8 2/3 cubic meters of gravel.
Novay_Z [31]2 years ago
3 0

Answer:

26/3

Step-by-step explanation:

i just did it

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Answer:

Therefore the value of k = 6.

Step-by-step explanation:

Given:

LN = m

NM = l

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NO = 4

LO = 8

LM = 8 + k and

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To Find :

Om = k = ?

Solution:

In Right angle Triangle By Pythagoras Theorem we have,

(\textrm{Hypotenuse})^{2} = (\textrm{Shorter leg})^{2}+(\textrm{Longer leg})^{2}

So, In Right angle Triangle Δ LON we have,

LN² = ON² + OL²

m² = 4² + 8²

m² = 80   ............( 1 )

Now in  Right angle Triangle Δ MON we have,

MN² =  ON² + MO²

l² = 4² + k² ....................( 2 )

Now In Right angle Triangle Δ LNM we have,

LM² = LN² + MN²

(8 + k)² = m² + l² .................( 3 )

Substituting equation  1 and equation 2 in equation 3

(8+k)² = 80 + 4² + k²

Applying (A+B)² = A² +2AB + B² we get

64 + 16k+k^{2} = 80+ 16 +k^{2} \\\\16k=96\\\\\therefore k=\frac{96}{16} \\\\\therefore k=6

Therefore the value of k = 6.

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If the adjusted ratio was 2:7, then

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and

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You can state that since he completed 63 box jumps at the end of his training, then

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and

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The total number of exercises performed is 2x+9x=18+63=81.

As at start the ratio was 5:4, then

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and

4y was the number of box jumps.

Therefore, 5y+4y=81,

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Answer: Initially: 45 pull-ups and 36 box jumps. At the end: 18 pull-ups and 63 box jumps.

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Cory writes the polynomial x7 + 3x5 + 3x + 1. Melissa writes the polynomial x7 + 5x + 10. Is there a difference between the degr
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Answer:

Adding their polynomials together results in a polynomial with degree 7, but subtracting one polynomial from the other results in a polynomial with degree

Step-by-step explanation:

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In this linear programming problem, our objective is to maximise (make profit) but complying with some constraints.

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Therefore:

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Objective function (maximize)

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