Tickets for a football match are sold at $30 for EACH adult and $15 for EACH child.
A company bought 28 tickets.
(i) Ifx of these tickets were for adults, write in terms of. x,
a) the number of tickets for children
(1 mark)
Answers (1)
Know the Answer?
Not Sure About the Answer?
Find an answer to your question 👍 “Tickets for a football match are sold at $30 for EACH adult and $15 for EACH child. A company bought 28 tickets. (i) Ifx of these tickets ...” in 📗 Mathematics if the answers seem to be not correct or there’s no answer. Try a smart search to find answers to similar questions.
Search for Other Answers
You Might be Interested in
A pitcher contains 1.75 liters another contains 1800 milliters of apple juice which one has more juice
Answers (2)
The area of a book cover is 63.8 in². The width of the book is the difference of the length and 3 inches. Let x represent the book's length. Which quadratic equation represents the area of the book cover? x (x - 3) = 63.8 x (3 - x) = 63.
Answers (1)
In 2008, a cure for cancer walk sold 21 pink sponsorships and 10 gold sponsorships for a total of $770. In 2009 the walk collected $840 by selling 7 pink sponsorships and 20 gold sponsorships. What is the cost of one pink sponsorship?
Answers (1)
7a - 19 = 44 how do u do this
Answers (1)
How many whole numbers are there with not more than 4 digits? I thought the answer is 9999, but it apparently isn't ...
Answers (1)
New Questions in Mathematics
Is intermediate algebra the same as algebra 2?
Answers (1)
Which statements are true? Select each correct answer. All squares are rhombuses. All parallelograms are quadrilaterals. All rectangles are squares. All rhombuses are rectangles.
Answers (1)
What do the following two equations represent? - 4x-5y=-4 and 4x+5y=4 Equal lines Parallel lines Perpendicular lines none of the above
Answers (1)
Two less than a number is 10
Answers (1)
Which statement is true about these equations? Equation A: y = 3x + 4 Equation B: y = 5x + 2 a Equation A has a greater initial value. B. Both equations have the same initial value. C. Equation A has a greater rate of change. D.
Answers (1)