Answer:
$0.36
Explanation:
Expected value of the lottery ticket = (p1 x a1) + (p2 x a2) + (p3 x a3) + (p4 x a4)
p1 = probability of winning $1 = 1/5 = 0.2
a1 = $1
p2 = probability of winning $5 = 1/100 = 0.01
a2 = $5
p3 = probability of winning $1000 = 1/100,000 = 0.00001
a3 = $1000
p4 = probability of winning $1 million = 1/10,000,000 = 0.0000001
a4 = $1 million
(0.2 x 1) + (0.01 x 5) + (0.00001 x 1000) + (1,000,000 x 0.00001) = $0.36
yes your right it takes your points but it only gives us 5 to 100 and you but 5 so you only lost five and i got five but if you give brainest i will get 11 more so you should mark brainlest for ex
An example is clothes. A younger teenager might want to show more skin and want all the cool new styles but older people generally just want to wear comfortable durable clothes. I hope that helps
Answer:
Please find below the links of each site and its description
Occupational outlook handbook outlook Option B
Indeed.com Option D
Fun works Option F
College Scorecard Option E
CareerOne Stop Option C
National Career fairs Option A
LinkedIn Option G
Answer:
The answer would be PRICE SIGNALING
Explanation:
Price signaling may occur when consumers have imperfect information about product quality. To infer quality, consumers may rely on previous experience or may use some of the product’s observable characteristics, such as the product’s price. We examine the scenario whereby the firm can endogenously change consumers’ beliefs about the product’s quality by altering both the price and quality of its product. Our main findings are that, in this type of setting, price signaling causes the firm to raise its price, lower its quality, and dampen the degree to which it responds to cost shocks. If the cost of adjusting quality is sufficiently high, the dampening effect is pronounced in the downward direction, meaning that price signaling causes prices to respond less to cost decreases than cost increases.
