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Stage 8 - Q1 - 2 marks
17897

Solve.

\[11x+8=96\]
Hint

Choose one operation that makes the equation simpler, and apply it to both sides.

Stage 8 - Q2 - 2 marks
17898

Solve.

\[11x+10=109\]
Hint

Choose one operation that makes the equation simpler, and apply it to both sides.

Stage 8 - Q3 - 3 marks
17899

Solve.

\[11x+12=15x-28\]
Hint

Choose one operation that makes the equation simpler, and apply it to both sides.

Stage 8 - Q4 - 3 marks
17900

Solve.

\[11x+14=14x-19\]
Hint

Choose one operation that makes the equation simpler, and apply it to both sides.

Stage 8 - Q5 - 4 marks
17901

A number is multiplied by 11, then 17 is added. The result is 237. Form an equation and find the number.

Hint

Choose one operation that makes the equation simpler, and apply it to both sides.

Stage 8 - Q6 - 4 marks
17902

A number is multiplied by 11, then 2 is added. The result is 90. Form an equation and find the number.

Hint

Choose one operation that makes the equation simpler, and apply it to both sides.

Stage 8 - Q7 - 5 marks
17903

Solve \(5x-8=2x+13\), then explain why subtracting \(2x\) from both sides is a useful first step.

Hint

Choose a subtraction that removes one variable term.

Stage 8 - Q8 - 5 marks
17904

Does \(3x+4=3x-2\) have a solution? Explain what the simplified equation tells you.

Hint

Try collecting the x terms and inspect what remains.

Stage 8 - Q9 - 5 marks
17905

Three consecutive integers have sum 96. Form an equation and find them. Explain why the middle integer equals their mean.

Hint

Represent all three integers using only one unknown.

Stage 8 - Q10 - 5 marks
17906

A two-digit positive integer has digit sum 11. Reversing its digits produces a number 27 greater. Find the original number and show that it is the only possibility.

Hint

Use place value to write each number in terms of one digit.

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