Connie's Math Games 1st Grade

Connie lets your child experience plenty of great adventures in the Knight’s Castle while practicing all of the important math problems taught during the first year at school. The app was developed in cooperation with educationalists and designed specifically to enable playful learning.

LEARNING AREAS

1. Counting
   The dragon Merlin gets red spots from sneezing. And they don’t disappear until your child has counted them all.

2. Number sequences
   Treasure chests are stacked in the treasury of the Knight’s Castle. The treasurer has numbered them and cast a spell so that they can only be opened in the right order.

3. More, less or equal
   Felix the mouse wants to get to his girlfriend Emily. Unfortunately, there are a few gaps in the battlements that prevent him from reaching his damsel. Your child is asked to help by slotting the correct symbol (greater than, less than or equal to) into a gap on the wall between a series of numbers.

4. Adding
   The king and the queen keep their crowns in a shelf. They need your child to help them add them all up.

5. Breaking up numbers
   Two canons are used to practice breaking up numbers. Your child is asked to load the canons in such a way that the numbers on the balls add up to a certain number.

6. Subtracting
   Sammy the spook makes some of the knights’ helmets on the shelf disappear during the witching hour. Your child is asked to subtract the transparent helmets from the opaque ones in order to solve the task.

7. Swapping places
   The residents of the castle have gotten their clothes mixed up on laundry day. To solve the exercises, your child is asked to find the swapping tasks that belong together and then calculate the results.

8. Inverse equations
   The bats need to be put to bed. Your child is asked to find the matching pairs of bats with the same math problems and then calculate the inverse equation in each case.

9. Bridging through ten
   In this math problem, knights help your child to solve addition and subtraction equations by breaking down the summand/subtrahend to ten and then adding/subtracting the rest.