If the risk-free rate is 8 percent and the market risk premium is 2 percent, what is the required return for the market?

Thomas has to type 1200 words. He has already typed 300 words. he can type 60 words per minute. Determine the number of minutes

fiasKO [112]

15 minutes; First, you do 1,200-300, since he has already typed 300. (1200-300=900) Then you divide 900 by the number of words he has typed (60), and you get 15.

4 0

2 years ago

You have 3/4 of a pie leftover after your party.Each guest takes home 1/6 of the leftover pie.What fraction of the original pie

MaRussiya [10]

For this case we have left over $\frac {3} {4}$ of cake, if each of the guests is taken home $\frac {1} {6}$ of those $\frac {3} {4}$ of leftover cake we have :

$\frac {3} {4} * \frac {1} {6} = \frac {3 * 1} {4 * 6} = \frac {3} {24} = \frac {1} {8}$

Thus, we have each guest take home $\frac {1} {8}$ of the original cake.

Answer:

Each guest takes home $\frac {1} {8}$ of the original cake.

3 0

2 years ago

Please help!!!!!!!!!

Readme [11.4K]

Answer:

that would be 1

Step-by-step explanation:

in this equation x=74 and 74/74 equals one

6 0

2 years ago

At the theater, the Seward family bought 2 adult tickets and 3 children's tickets for $44.50. The Sena family bought 3 adult tic

Blababa [14]

Answer:

Adult ticket is $7.5 while a child's ticket is $11

Step-by-step explanation:

Given data

Let the cost of an adult ticket be x

and the cost of a child ticket be y

The Seward family

2x+3y= 44.50---------1

The Sena family

3x+6y= 78-------------2

solve 1 and 2

2x+3y= 44.50 X2

3x+6y= 78 X1

4x+6y= 89

- 3x+6y= 78

x+ 0= 11

x= 11

put x= 11 in 1

2x+3y= 44.50

2*11+3y= 44.5

22+3y=44.5

3y= 44.5-22

3y= 22.5

y= 22.5/3

y= 7.5

Hence Adult ticket is $7.5 while a child's ticket is $11

7 0

2 years ago

If there are 1.338 trillion barrels of oil in proven reserves and oil consumption is 82.78 million barrels per day, what is the

Ierofanga [76]

Answer:

Oil supply will run out in 44.283 years.

Step-by-step explanation:

There are 1.338 trillion barrels of oil in proven reserves.

If oil consumption is 82.78 million barrels per day then we have to calculate the number of years in which supply of oil runs out.

In this sum we will convert 1.338 million barrels of oil into million barrels first then apply unitary method to calculate the time in which oil supply runs out.

Since 1 trillion = $10^{6}$ million