In order to overcome the free-rider problem interest groups often provide selective benefits to their members.
The free-rider problem is a problem in economics. it is considered an instance of a market failure. this is, it's far an inefficient distribution of goods or offerings that happens when a few people are allowed to consume extra than their honest proportion of the shared useful resource or pay much less than their honest percentage of the charges.
The free-rider problem is a monetary idea of a market failure that happens whilst humans are taking advantage of sources, goods, or offerings that they no longer pay for. If there are too many free riders, the sources, goods, or services may be over-provided. consequently, this will create a loose rider problem.
The free rider problem may triumph over thru measures that make sure the users of a public accurate pay for it. Such measures encompass government moves, social pressures, and gathering bills—in particular conditions wherein markets have located a way to do so.
Learn more about the free-rider problem here:-brainly.com/question/25800077
#SPJ4
Since 1884, climate records have been kept, and they show that Philadelphia experiences an average yearly snowfall of 22.3 inches. An illustration of descriptive statistics is this value.
<h3>
What is descriptive statistics in statistics?</h3>
The fundamental characteristics of a dataset identified in a particular study are described, illustrated, and summarized using descriptive statistics. The summary provides details on the data sample and its measurements. Analysts will understand the data more readily as a result.
<h3>
What can we conclude from descriptive statistics?</h3>
The features and value distribution of one or more datasets are summarized using descriptive statistics. The central tendency and degree of value dispersion in datasets can be quickly viewed by analysts using the traditional descriptive statistics.
Learn more about descriptive statistics: brainly.com/question/13335435
#SPJ4
Videotapes, Physical evidence (something with possible DNA), Pictures.
Answer:
The total supply can be found by adding individual supply functions as follows:
Qa+Qb = Q
Q = -2+p+0.5p
Q= -2+1.5p where p = $44 therefore;
Q= -2+1.5(44)
Q= 64
Total supply at p = $15
Q= -2+15(1.5)
Q= 20.5
Answer:
$24135.72
Explanation:
Given pmt 320, r 9% n 5 years
This amount is paid monthly s\and there are 12 months in a year
r = 9%/12 =0.75%
n = 5* 12 =60
We will use the future value of annuity
FV = pmt *[(1+r)^n - 1/r)]
= 320 *[(1+0.0075)^60-1/0.0075
=$24135.72
