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Popular >

-e^{ln(cos(2))+1}-e

Solution

- e^{l n (c o s (2)) + 1} - e

Solution

- 1.58707 \dots

Solution steps

- e^{l n (c o s (2)) + 1} - e

Refine to a decimal form

= - 1.58707 \dots

Popular Examples

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\frac{cos ( 6 0 ^{\circ} ) + cos ( 3 0 ^{\circ} )}{csc ^{2} ( 3 0 ^{\circ} ) + sin ^{2} ( 4 5 ^{\circ} )}

-e^{ln(cos(2))+1}+e

- e^{l n (c o s (2)) + 1} + e

60cos(45)-70sin(60)-50sin(45)

60 cos (4 5^{\circ}) - 70 sin (6 0^{\circ}) - 50 sin (4 5^{\circ})

tan^2(60)-3cot^2(60)

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Frequently Asked Questions (FAQ)

What is the value of -e^{ln(cos(2))+1}-e ?
The value of -e^{ln(cos(2))+1}-e is -1.58707…