Fluency, reasoning and problem solving for duration of events.

Tow more problems for KS1 and two for KS2. In KS1 children have to use the information to complete a pictogram and then work out the length of a lolly and car. At KS2 children need to understand what a bar chart is showing and use this to work out a total. Q2 requires children to find the mean and then given the mean find the height of another horse. There is also some converting between measures thrown in to make it extra challenging. Every day in March the White Rose Maths Hub is aiming to put out a question of the day. Tweet us @WRMathsHub a picture of your children's answers for a chance to win a prize.

Friday's questions. There are two problems for KS1 and two for KS2. In KS1 problem children solve number problems. Encourage students to use a bar model or other diagram for Q2. At KS2 children have a number problem to solve (bar modelling would be good here) and also a problem involving area and perimeter of a square and rectangle. Every day in March the White Rose Maths Hub is aiming to put out a question of the day. Tweet us @WRMathsHub a picture of your children's answers for a chance to win a prize.

Hope you enjoy today's problems. In KS1 children have to work out the cost of a cheesecake given some information. They then have to work out whether 62 people can fit into some cars and buses. At KS2 children need to work out the change for a £20 note and then solve a problem to find what the value of tow cards is. Every day in March the White Rose Maths Hub is aiming to put out a question of the day. Tweet us @WRMathsHub a picture of your children's answers for a chance to win a prize.

Today's problems are here. There are two problems for KS1 and three for KS2. In KS1 children have to work out the total number of oranges and also understand the relationship between repeated addition and multiplication. At KS2 children have three quick number problems they have to solve. Every day in March the White Rose Maths Hub is aiming to put out a question of the day. Tweet us @WRMathsHub a picture of your children's answers for a chance to win a prize.

Today's problems are all based around the four rules and some fractions work. There are two problems for KS1 and two for KS2. In KS1 problem children have to work out a possible question that could be asked given the information. They then have to use times tables knowledge to work out the cost of some expensive ribbon. At KS2 children have to solve problems involving offers on chocolates and then work out how much profit is made from selling oranges. Every day in March the White Rose Maths Hub is aiming to put out a question of the day. Not long to go now to benefit from this. Tweet us @WRMathsHub a picture of your children's answers for a chance to win a prize.

There are two problems for KS1 and two for KS2. In KS1 children have to work out the missing values on a number line and then find the difference. They then have to work out the values of each shape in a square grid. At KS2 children have two problems they have to solve involving weight of objects. Every day in March the White Rose Maths Hub is aiming to put out a question of the day. Not long to go to get your solutions in. Tweet us @WRMathsHub a picture of your children's answers for a chance to win a prize.

There are two problems for KS1 and two for KS2. In KS1 children have to using four rules to solve two problems. At KS2 children have some pretty tricky number problems to solve. Every day in March the White Rose Maths Hub is aiming to put out a question of the day. Tweet us @WRMathsHub a picture of your children's answers for a chance to win a prize.

There are two problems for KS1 and three for KS2. In KS1 children have to work out what prizes can be claimed for a certain number of tokens. They then have to use reasoning to work out the value of a particular object. At KS2 children solve problems using fractions and percentages. Q3 requires a little more thought and children may benefit from using a bar model or other diagram to help them solve it. Every day in March the White Rose Maths Hub is aiming to put out a question of the day. Tweet us @WRMathsHub a picture of your children's answers for a chance to win a prize.

There are four problems for KS1 and two for KS2. In KS1 problem children have to find possible numbers to make number sentences correct and then mark the number 1 on a number line. At KS2 children need to manipulate fractions. Every day in March the White Rose Maths Hub is aiming to put out a question of the day. Tweet us @WRMathsHub a picture of your children's answers for a chance to win a prize.

Every day in the run up to the GCSE exams we are intending to put up two GCSE problems of the day on Twitter. Here are the files you can use in the classroom. For each problem there are some variations that you might want to use instead or in addition. The first problem is suitable for foundation and higher and the second is suitable for higher. The first problem involves reasoning to find the base and height of a triangle and use this to find the area. The additional problems involve fractions and Pythagoras. The second problem involves students finding the perimeter of a sector given its arc length. Alternative versions require students to find the length in exact form and find the area of sector. These problems will give students practice is rearranging formulae. We hope you enjoy using them. Please tweet your student solutions to @WRMathsHUb for a chance to win a prize.

Today's problems are ones that require children to think carefully about what they have to do. There are two problems for KS1 and two for KS2. In KS1 problem children have to use information about two plates of food to work out the cost of a fried egg. They then have to work out time problems. At KS2 children potentially need to use all four operations and the problems can be solved using bar modelling. The first one is similar to the train and football one from last week, except the picture doesn't make the approach as obvious. Every day in March the White Rose Maths Hub is aiming to put out a question of the day. Tweet us @WRMathsHub a picture of your children's answers for a chance to win a prize.

Every day in the run up to the GCSE exams we are intending to put up two GCSE problems of the day on Twitter. Here are the files you can use in the classroom. For each problem there are some variations that you might want to use instead or in addition. The first problem is suitable for foundation and higher and the second is suitable for higher. The first problem involves forming and solving an equation based on information given. Subsequent questions then involve substitution and Pythagoras. The second problem involves students equating expressions for areas and then finding the length of the sides. Alternative versions include where the rectangles are put together, We hope you enjoy using them. Please tweet your student solutions to @WRMathsHUb for a chance to win a prize

Here are two problems for KS1 and two for KS2. In KS1 children have to solve two number puzzles. The first one involves simple operations. The second problem involves fractions. Although the second problem seems quite simple it will tease out lots of misconceptions. At KS2 children have to reason and problem solve with two shape problems. The first one involves working out the length of a square given the area and the second problem requires a little bar modelling, algebra or trialand error. Every day in March the White Rose Maths Hub is aiming to put out a question of the day. Tweet us @WRMathsHub a picture of your children's answers for a chance to win a prize. We had nearly 50 entries last week.

This is the first in a series of worksheet sets on Bar Modelling from the White Rose Maths Hub. This first set contains 3 worksheets. The first introduces students to the bar model diagram and students have to find missing values. All of the questions involve addition and subtraction within 100. The worksheet encourages students to think about the number sentences that are represented by each diagram and also get students to recognise the importance of the proportionality of the different bars. The second worksheet using the bar model to solve word questions. The first few questions ask students to complete the diagrams and in later ones students then have drawn their own. The final worksheet is a series of more challenging questions that should make students think. Many of the problems are multi-step. For each questions students should use a bar model to solve. All sheets are addition and subtraction within 100. This worksheet can be used with students in primary and secondary to get them used to the bar model diagram. All the answers are supplied also. If you have any comments about the sheets please do not hesitate to get in touch with our Hub. It is only with your comments that we can improve what we do.

Every day in the run up to the GCSE exams we are intending to put up two GCSE problems of the day on Twitter. Here are the files you can use in the classroom. For each problem there are some variations that you might want to use instead or in addition. The first problem is suitable for foundation and higher and the second is suitable for higher. The first problem involves finding the area of a shaded region. The second problem involves students forming an algebraic expression and solving to find the number of blue cubes. We hope you enjoy using them. Please tweet your student solutions to @WRMathsHub for a chance to win a prize

Every day in the run up to the GCSE exams we are intending to put up two GCSE problems of the day on Twitter. Here are the files you can use in the classroom. For each problem there are some variations that you might want to use instead or in addition. The first problem is suitable for foundation and higher and the second is suitable for higher. The first problem involves understanding the number line to work out the mean of some numbers. The second problem involves simplifying surds and then finding the mean average. We hope you enjoy using them. Please tweet your student solutions to @WRMathsHub for a chance to win a prize

Every day in the run up to the GCSE exams we are intending to put up two GCSE problems of the day on Twitter. Here are the files you can use in the classroom. For each problem there are some variations that you might want to use instead or in addition. The first problem is suitable for foundation and higher and the second is suitable for higher. The first problem involves working out the values of some cards given information about some averages and what the cards sum to. The second problem involves students finding the lengths on a folded sheet of paper. We hope you enjoy using them. Please tweet your student solutions to @WRMathsHub for a chance to win a prize

Every day in the run up to the GCSE exams we are intending to put up two GCSE problems of the day on Twitter. Here are the files you can use in the classroom. For each problem there are some variations that you might want to use instead or in addition. The first problem is suitable for foundation and higher and the second is suitable for higher. The first problem involves finding ratio of amounts and seeing if there is a enough money in a jar. The alternative provided gets students to add some coins and then work out the new ratio. The second problem involves students finding the length of a side of an right angled isosceles triangle given only the hypotenuse and then they have to find the area. The alternative is a bit more involved and you have to find a length. We hope you enjoy using them. Please tweet your student solutions to @WRMathsHub for a chance to win a prize Answers included (there may be alternative solutions)

Every day in the run up to the GCSE exams we are intending to put up two GCSE problems of the day on Twitter. Here are the files you can use in the classroom. For each problem there are some variations that you might want to use instead or in addition. The first problems are suitable for foundation and higher and the second ones are for higher only. The first problems involve find the area of a shaded region and then reasoning with fractions to work out how many cookies are in a jar. The higher problems involve straight line graphs and some algebraic manipulation. Can students see the easy way of answering Q2. We hope you enjoy using them. Please tweet your student solutions to @WRMathsHub for a chance to win a prize