The problem is to find a number x such that x x x x x = 8. This can be written as x3 = 8.

Here are the solutions for each part: *a) Calculate the value of the number in the placeholder: Step 1: The problem is to find a number x such that x × x × x = 8. This can be written as x^3 = 8. Step 2: To find x, we take the cube root of 8. x = [3]8 Step 3: Calculate the cube root. x = 2 The number in the placeholder is 2. *b) Calculate the value of the number in the placeholder: Step 1: The problem is to find a number x such that x × x × x = 1. This can be written as x^3 = 1. Step 2: To find x, we take the cube root of 1. x = [3]1 Step 3: Calculate the cube root. x = 1 The number in the placeholder is 1. *c) Calculate the value of the number in the placeholder: Step 1: The problem is to find a number x such that x × x × x = 64. This can be written as x^3 = 64. Step 2: To find x, we take the cube root of 64. x = [3]64 Step 3: Calculate the cube root. x = 4 The number in the placeholder is 4. *d) Calculate the value of the number in the placeholder: Step 1: The problem is to find a number x such that x × x × x = 27. This can be written as x^3 = 27. Step 2: To find x, we take the cube root of 27. x = [3]27 Step 3: Calculate the cube root. x = 3 The number in the placeholder is 3. *e) Calculate the value of the number in the placeholder: Step 1: The problem is to find a number x such that x × x × x = 125. This can be written as x^3 = 125. Step 2: To find x, we take the cube root of 125. x = [3]125 Step 3: Calculate the cube root. x = 5 The number in the placeholder is 5. *f) Calculate the value of the number in the placeholder: Step 1: The problem is to find a number x such that x × x × x = 216. This can be written as x^3 = 216. Step 2: To find x, we take the cube root of 216. x = [3]216 Step 3: Calculate the cube root. x = 6 The number in the placeholder is 6. Send me the next one 📸