desireeponce147 desireeponce147

23-08-2021
Mathematics

contestada

Which ordered pair is a solution of the system of equations? y= 3x + 1 y= 5x - 1 A (2,3) © (1,2) B (0, 1) D (1,4)

Respuesta :

anonymouslavenderbun anonymouslavenderbun

23-08-2021

Answer:

D

Step-by-step explanation:

So first, we have to test the pairs. Let start with equation 1.

7=\=3 x

4=\=2 x

0=0 ✓

4=4 ✓

Now we only have to test B and D.

0=\=-1

4=4 ✓

D is the correct answer.

Answer Link

Otras preguntas

"The influence of factious leaders may kindle a flame within their particular states, but will be unable to spread a general conflagration through the other sta

PLZ HELP!!! How does Ibsen use dramatic irony to heighten suspense in this scene? A. Mrs. Linde knows that she has always loved Krogstad, and so does the audie

Cyclin B1, a key cell cycle regulatory protein in vertebrates, is mostly cytosolic before mitosis. Early in mitosis, however, the protein is phosphorylated by c

An older teenager with a congenital right below-elbow amputation had never wanted a prosthesis before, now the teen wants a prosthesis "to look good at the prom

Write a short paragraph of about 150-300 words. Explain how the physical environment can limit human activities.Write a short paragraph of about 150-300 words.

A particular telephone number is used to receive both voice calls and fax messages. Suppose that 25% of the incoming calls involve fax messages, and consider a

Which sentence shows the correct use of a common homophone? They're still not finished with the project that was due yesterday. Their are a number of great book

. A standard letter-sized piece of paper has a length and width of 8.5 inches by 11 inches. d. What would the area be after 7 folds?

Help! Steven recorded the growth of a plant over 10 weeks for his science project. He made a graph that shows how much the plant grew each week. The plant was

uplift occurs at a rate of 0.1 m per 1,000 years. how much will the uplift change over 100,000 years? A. 10 m B. 100 m C. 1,000 m D. 10,000 m