3 years ago

Suppose that

1 answer:

3 0

You can use the equation P(1+(n/t))^(n) to find the amount after time (t), given the starting amount(P) and the number of times compounded (n)

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Kisachek [45]

Answer:

Step-by-step explanation:

m,m

6 0

3 years ago

maria [59]

Answer:

d = $\sqrt{\frac{216W}{35L} }$

Step-by-step explanation:

Given that W varies jointly as L and d² then the equation relating them is

W = kLd² ← k is the constant of variation

To find k use the condition W = 140 when d = 4 and L = 54, thus

140 = k × 54 × 4² = 864k ( divide both sides by 864 )

$\frac{140}{864}$ = k , that is

k = $\frac{35}{216}$

W = $\frac{35}{216}$ Ld² ← equation of variation

Multiply both sides by 216

216W = 35Ld² ( divide both sides by 35L )

$\frac{216W}{35L}$ = d² ( take the square root of both sides )

d = $\sqrt{\frac{216W}{35L} }$

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3 years ago

Anarel [89]

Check the picture below, notice those three quadrilaterals, bearing in mind that a square and rhombus both have equal sides all around.

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3 years ago

olga55 [171]

As a fraction is 0.6, as a mixed number 0.6, as a whole number in simplest form is 0.6. Hope this helps.

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3 years ago

lina2011 [118]

Answer:

the Answer is c I just had the same problem

7 0

3 years ago