Question

Beejal is solving the equation y7 − 3 = 39
𝑦
7

−

3

=

39
.(1 point)
As a first step, he starts by adding to both sides of the equation, and then continues by multiplying by on each side./

Answer 1

WHATS THE ANSWEEERRRRRRRRR

Answer 2

To solve the equation \( y^7 - 3 = 39 \), Beejal can follow these steps:

1. **Add 3 to both sides**:
\[
y^7 - 3 + 3 = 39 + 3
\]
This simplifies to:
\[
y^7 = 42
\]

2. **Now he will multiply both sides by 1 (which is not necessary, but let's assume we need to transform the equation). For clarity, let's just solve for \( y \) next:**

3. **Take the seventh root of both sides** (instead of multiplying, as we need to isolate \( y \)):
\[
y = 42^{1/7}
\]

Thus, the final answer is:
\[
y = 42^{1/7}
\]

If you need further explanation on how to handle the seventh root or any other part of the process, feel free to ask!

Answer 3

Apologies for the confusion! Let’s summarize the solution clearly:

To solve the equation \( y^7 - 3 = 39 \):

1. Add 3 to both sides:
\[
y^7 = 42
\]

2. Take the seventh root of both sides:
\[
y = 42^{1/7}
\]

**The final answer is:**
\[
y \approx 2.665
\]

(If you actually calculate \( 42^{1/7} \) using a calculator or approximate methods, it gives around \( 2.665 \)).

Let me know if you need anything else!