Answer: PLEASE see below for answer
Explanation: An excludable good is referred to as a private good which restrict people from using them while a non excludable goods are public goods that do not place restriction an so people can access them eg park .
Also, Non-rivalrous goods are those goods that even though consumed by the people will not cause shortage of the availability of the same goods to others. A rivalrous good is the opposite as it causes shortage in availability to others when used.
National Defence----Non excludable and Non Rivalrous
Pay-Per-View cable television---Excludable and NonRivalrous
a Hot Pocket sandwich--- Excludable and Rivalrous
private classroom education--- Excludable and Rivalrous
pajamas--- Excludable and Rivalrous
a unicycle ---- Excludable and Rivalrous
Answer:
$1,282.80
Explanation:
The PMT formula is used for this question. The attachment is shown below:
The NPER shows the time period
Given that,
Present value = $300,000 - $30000 = $270,000
Future value = $0
Rate of interest = 4% ÷ 12 months = 0.33%
NPER = 30 years × 12 months = 360 months
The formula is shown below:
= PMT(Rate;NPER;-PV;FV;type)
The present value come in negative
So, after solving this, the answer is $1,282.80
Control is the right answer to keep things on track
Answer:
B) Smaller Than 1
Explanation:
Snell's Law states that the ratio of the sines of incidence and refraction is equal to the ratio of the phase of velocities in the two phases. When light travels from a rarer medium like air to a denser medium like water, the light would be refracted towards the normal line. For example, the refractive index of air with respect to glass is represented as;
<em>sin i / sin r</em>
If light rays travel from glass which is a denser medium to a rarer medium which is air, the light rays would bend away from the normal line, and then the angle of refraction would be greater than the angle of incidence. So, the refractive index of the rarer medium which is air with respect to the denser medium which is glass will be smaller than 1.