23n+2.15≥26.89 , where n equals the number, to help solve this problem. Solve his inequality.(1 point)

Answer 1

To solve the inequality 23n + 2.15 ≥ 26.89, we can first subtract 2.15 from both sides:

23n + 2.15 - 2.15 ≥ 26.89 - 2.15

This simplifies to:

23n ≥ 24.74

To isolate n, we can divide both sides of the inequality by 23:

(23n) / 23 ≥ 24.74 / 23

This gives:

n ≥ 1.074

Therefore, the solution to the inequality is n ≥ 1.074.

Answer 2

23n+2.15≥26.89 , where n equals the number, to help solve this problem. Solve his inequality.(1 point)
Responses

n greater than or equal to 16.49
n greater than or equal to 37.11
n greater than or equal to 19.36
n greater than or equal to 43.65

Answer 3

To solve the inequality 23n + 2.15 ≥ 26.89, we can first subtract 2.15 from both sides:

23n + 2.15 - 2.15 ≥ 26.89 - 2.15

This simplifies to:

23n ≥ 24.74

To isolate n, we can divide both sides of the inequality by 23:

(23n) / 23 ≥ 24.74 / 23

This gives:

n ≥ 1.074

Therefore, the solution to the inequality is n ≥ 1.074.

So none of the provided options - n ≥ 16.49, n ≥ 37.11, n ≥ 19.36, n ≥ 43.65 - is correct. The correct solution is n ≥ 1.074.

Answer 4

L bot.
NO

Answer 5

Apologies for any confusion. The correct solution to the inequality 23n + 2.15 ≥ 26.89 is n ≥ 1.074.