APPLICATIONS OF LINEAR FUNCTIONS IN BUSINESS

A driving range charges $4 to rent a golf club plus $2.75 for every bucket of golf balls you hit. Write an equation that shows the total cost c of hitting b buckets of golf balls.

• c = 2.75b + 4
• c = 2.75b
• c =  4b- 2.75
• c = 2.75b - 4

Tags

CCSS.HSA.CED.A.1

CCSS.HSA.CED.A.2

CCSS.HSA.SSE.A.1

CCSS.HSF.BF.A.1

CCSS.HSF.LE.A.1

CCSS.HSF.LE.A.2

Belinda's car needed repairs. The mechanic charged him $140 for the parts and an additional $48 an hour for labor. Write an equation that models this situation.

• y = 140x +48

• y = -48x +140

• y = 48x +140

• y = 48x

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CCSS.HSA.CED.A.2

CCSS.HSF.BF.A.1

CCSS.HSF.LE.A.1

CCSS.HSF.LE.A.2

Zara made an initial deposit to a bank account and then added a fixed amount every week. The table shows the money in her account. Write an equation in slope-intercept form to represent the situation.

• y = 30x + 100
• y = 20x + 120
• y = 120x + 120
• y = 50x + 100

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CCSS.HSA.CED.A.2

CCSS.HSF.LE.A.2

CCSS.HSS.ID.C.7

THIS IS QUESTION A. YOU WILL USE THIS INFORMATION TO ANSWER SEVERAL QUESTIONS.

Simón invested $2.50 in a long-term stock. The stock produces daily returns of $0.25 each day. Write the function that describes the total amount of money M, after d days.

• M(d)=2.50d+0.25

• M(d)=0.25d+2.50

• d(M)=0.25M+2.50

• d(M)=2.50M+0.25

THIS IS QUESTION A.

Simón invested $2.50 in a long-term stock. The stock produces daily returns of $0.25 each day. . How much money will he have after 12 days?

• $2.50

• $3.00

• $5.50

• $12

THIS IS QUESTION A.

Simón invested $2.50 in a long-term stock. The stock produces daily returns of $0.25 each day. . How many days will it take him to have $10?

• 10 days

• 20 days

• 30 days

• 40 days

David bought an industrial mixer for his dessert business. The machine cost $ 2,000,000. They informed him that in case he wanted to sell it and buy a new one, the machine was depreciating $ 16,000 per month. Write the function that represents the situations of the value of the machine V and the numbers of months m.

•  $V\left(m\right)=-16,000m\ -\ 2,000,000$  

•  $V\left(m\right)=-16,000m\ +\ 2,000,000$  

•  $V\left(m\right)=-2,000,000m\ +\ 16,000$  

•  $V\left(m\right)=16,000m\ -\ 2,000,000$  

David bought an industrial mixer for his dessert business. The machine cost $ 2,000,000. They informed him that in case he wanted to sell it and buy a new one, the machine was depreciating $ 16,000 per month. If David wants to sell the mixer machine when its value is $500,000. In how many months is he going to sell the machine?

• In about 100 months.

• In about 94 months.

• In about 96 months.

• In about 84 months.

David bought an industrial mixer for his dessert business. The machine cost $ 2,000,000. They informed him that in case he wanted to sell it and buy a new one, the machine was depreciating $ 16,000 per month. What is going to be the value of the machine after 85 months?

• $600,000

• $870,000

• $550,000

• $640,000

David bought an industrial mixer for his dessert business. The machine cost $ 2,000,000. They informed him that in case he wanted to sell it and buy a new one, the machine was depreciating $ 16,000 per month. If the seller tells David that he receives the machine for $ 1,255,000 in 4 years, as credit for a new one. Is David getting a good offer? Explain.

• Yes, In four year the cost of the machine will be $1,232,000. So this is a good offer.

• No, In four year the cost of the machine will be $1,432,000. So this isn't a good offer.

• Yes, he is going to receive 25% more of the the real value of the machine after four years of use.

• No, He is going to receive 10% less of the real value of the machine after four years of use.