anonymous
  • anonymous
Solve the problem. Instruments on a satellite measure the amount of power generated by the satellite's power supply. The time t and the power P can be modeled by the function P = 50e^{-t/300}, where t is in days and P is in watts. How much power will be available after 378 days? Round to the nearest hundredth. a. 141.8 watts b. 14.18 watts c. 1.41 watts d. 0.14 watts
Mathematics
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anonymous
  • anonymous
Solve the problem. Instruments on a satellite measure the amount of power generated by the satellite's power supply. The time t and the power P can be modeled by the function P = 50e^{-t/300}, where t is in days and P is in watts. How much power will be available after 378 days? Round to the nearest hundredth. a. 141.8 watts b. 14.18 watts c. 1.41 watts d. 0.14 watts
Mathematics
schrodinger
  • schrodinger
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anonymous
  • anonymous
Are you sure?
anonymous
  • anonymous
25% chance :)
anonymous
  • anonymous
no im not

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anonymous
  • anonymous
Why not just plug in t = 378 in the expression?
anonymous
  • anonymous
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anonymous
  • anonymous
Jajaja you are funy...
anonymous
  • anonymous
Plugging in t = 378 gives 14.18 watts, option b. If I have understodd the problem, this is correct.
anonymous
  • anonymous
Elekt how can be sure that this the right answer?
anonymous
  • anonymous
Well, if I have understood the problem, it asks how much power it is after 378 days. Since you have a function that describes the amount of power at any instant t, it should just be to plug in t = 378 days when t is in days :)
anonymous
  • anonymous
ok you are right... thanks... i have mor question dear can you keep helping me ?
anonymous
  • anonymous
Yes, sure :)
anonymous
  • anonymous
List all the elements of B that belong to the given set. \[B =\left\{ 5,\sqrt{7,-3.0,} \right\} 0>5 0.62\] Rational numbers a. \{5,0\} b. \{\sqrt{7},\frac{0}{5},0.62\} c. \{ \sqrt{7} \} d. \{5,-3,0,\frac{0}{5},0.62\}
anonymous
  • anonymous
Hmmz, not even sure what that means because of the \[0 > 50.62\] in there :P
anonymous
  • anonymous
And are you just supposed to list the rational elements of that set?
anonymous
  • anonymous
|dw:1322514839073:dw|
anonymous
  • anonymous
Ah, well then the elements of the set will be all the numbers inside there, unless you are looking for just rational numbers. In that case, it will only be 5, -3, 0, 0/5, 0, 62
anonymous
  • anonymous
Question 10 Find the value of the indicated trigonometric function of the angle θ in the figure. Give an exact answer with a rational denominator. |dw:1322515842341:dw| a. \frac{8 \sqrt{39}}{39} b. \frac{5}{8} c. \frac{5 \sqrt{39}}{39} d. \frac{ \sqrt{39}}{8}
anonymous
  • anonymous
But I guess since some of the elements occur several times, you need just list up the the numbers that occur several times just once.
anonymous
  • anonymous
ok, I have sent othe Question? Please hkeep help me...
anonymous
  • anonymous
yes, \[\sin \theta = \frac{5}{8}\] Because sines is defined as the relationship between the opposite side and the hypotenuse.
anonymous
  • anonymous
Solve the problem. Susan purchased some municipal bonds yielding 7% annually and some certificates of deposit yielding 9% annually. If Susan's investment amounts to $19,000 and the annual income is $1590, how much money is invested in bonds and how much is invested in certificates of deposit? a. $13,500 in bonds; $5500 in certificates of deposit b. $5500 in bonds; $13,500 in certificates of deposit c. $13,000 in bonds; $6000 in certificates of deposit d. $6000 in bonds; $13,000 in certificates of deposit

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