I just need syntax help only

use R Code to solve this, first identifies which statistical test is.

These data are modeled on the results of the National Educational Assessment tests of 4th and 8th graders in the United States, which, due to COVID, was only recently given again (2022) after a 3-year gap (last given in 2019)

District: The school districts in your state, by ID code

Region: N=North or S=South

% poverty: the percent of families in the school district living below the poverty line, in three groups -- Less than 10%, 10 to 24%, or More than 25%. Higher percentages mean poorer districts, on average.

Issued Chrome books to all students: During the pandemic, all school systems provided at-home instruction via the internet. To facilitate this, many districts provided home computers in the form of Chrome books to all students. The state even offered to funding for the purchases in the poorest districts.

The data file also includes 4 score reports. These represent, for each district, the average scores of all students at both grade levels (4th and 8th), in 2022 and 2019. As you see, the test comes in two sections -- Math and English.

Math Scores 2019

English Scores 2019

Math Scores 2022

Math Scores 2022

Question: The governor in your state has released a report downplaying any impact of the pandemic lockdowns in your state, claiming that the 2022 scores, while perhaps a bit lower, still meet the long-established, state-set minimum acceptable score averages-486 in Math, 488 in English. Is this true? yes or no, What is the numeric evidence (p-value) for your test on English scores? What is the numeric evidence (p-value) for your test on Math scores? (use R Code to solve this, first identifies which statisticaltest you wanna use)

I put the reference below in the table

The excels file reference:

District	region	% poverty	Issued chrome books to all students	Math Score 2019	English Score 2019	Math Score 2022	English Score 2022
1	N	10% to 24%	No	484	491	480	487
2	N	25% or more	Yes	499	476	489	475
3	N	Below 10%	Yes	503	505	503	505
4	N	10% to 24%	No	490	485	483	485
5	N	10% to 24%	Yes	486	494	482	494
6	N	25% or more	Yes	473	473	466	468
7	N	10% to 24%	No	495	487	488	487
8	N	10% to 24%	No	480	487	476	489
9	N	10% to 24%	Yes	484	486	484	486
10	N	25% or more	No	474	473	467	469
11	N	Below 10%	Yes	503	508	500	509
12	N	25% or more	Yes	492	475	483	469
13	N	10% to 24%	Yes	487	498	486	497
14	N	25% or more	Yes	498	461	489	460
15	N	25% or more	Yes	489	475	476	471
16	N	10% to 24%	Yes	484	487	477	489
17	N	10% to 24%	Yes	490	485	488	484
18	N	25% or more	Yes	460	500	443	492
19	N	Below 10%	Yes	514	498	511	499
20	N	Below 10%	No	501	494	499	494
21	N	10% to 24%	No	481	489	480	487
22	N	Below 10%	Yes	497	504	496	504
23	N	10% to 24%	Yes	495	489	493	488
24	N	Below 10%	Yes	508	495	506	496
25	S	Below 10%	Yes	504	500	503	501
26	S	Below 10%	Yes	496	494	495	493
27	S	Below 10%	Yes	513	503	512	503
28	S	Below 10%	Yes	486	515	482	516
29	S	25% or more	Yes	479	497	468	491
30	S	10% to 24%	No	497	497	496	498
31	S	10% to 24%	No	482	497	480	496
32	S	25% or more	Yes	481	490	468	487
33	S	Below 10%	No	500	511	500	512
34	S	Below 10%	Yes	487	505	486	505
35	S	25% or more	Yes	487	493	477	489
36	S	10% to 24%	No	498	485	499	487
37	S	Below 10%	Yes	512	505	512	505
38	S	25% or more	Yes	462	470	455	463
39	S	10% to 24%	Yes	492	486	486	486
40	S	25% or more	Yes	489	495	480	498
41	S	25% or more	Yes	464	470	449	467
42	S	Below 10%	No	487	499	483	499
43	S	25% or more	Yes	493	488	484	480
44	S	25% or more	Yes	487	464	477	458
45	S	25% or more	Yes	475	464	459	458
46	S	Below 10%	Yes	509	493	506	493
47	S	10% to 24%	Yes	491	486	492	488
48	S	Below 10%	Yes	507	513	507	513