Question 11 Mark
$5$ groups of _____________ masks each can be formed from the given masks.
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Question 21 Mark
________ groups of $5$ helmets each can be formed from the given helmets.
Answer
So, $3$ groups of $5$ helmets each can be formed from the given helmets.
View full question & answer→So, $3$ groups of $5$ helmets each can be formed from the given helmets.
Question 31 Mark
_____________ groups of $2$ flower pots each can be formed from the given flower pots.
View full question & answer→Question 41 Mark
$6$ groups of _____________ cubes each can be formed from the given cubes.
View full question & answer→Question 51 Mark
There are ___________ sharpeners in each $2$ equal groups of sharpeners.
Answer
View full question & answer→$(A) :$ Number of sharpeners in each group $=8$.
Question 61 Mark
What makes each of the groups below different from each other?
Answer
View full question & answer→Size
Question 71 Mark
There are ___________ sunglasses in each $3$ equal groups of sunglasses.
Answer
View full question & answer→$(B) :$ Number of sunglasses in each group $=6$.
Question 81 Mark
_______________ groups of $3$ toy horses each can be formed from the given toy horses.
View full question & answer→Question 91 Mark
How many sunflowers are there in each $3$ equal groups of sunflowers$?$
View full question & answer→Question 101 Mark
There are ____________ notepads in each $5$ equal groups of notepads.
Answer
View full question & answer→$(A) :$ Number of notepads in each group $=4$.
Question 111 Mark
____________ groups of $3$ apples each can be formed from the given fruits.
View full question & answer→Question 121 Mark
In which group does 
belongs?
belongs?Question 131 Mark
There are $7$ equal groups of ________________ cats each.
Answer
View full question & answer→$(C) :$ Number of cats in each group $=2$
Question 141 Mark
$2$ groups of ___________ watches each can be formed from the given watches.
View full question & answer→Question 151 Mark
There are ______________ groups of $6$ kiwis each can be formed from the given kiwis.
Answer
So, there are $2$ groups of $6$ kiwis each.
View full question & answer→So, there are $2$ groups of $6$ kiwis each.
Question 161 Mark
There are $2$ groups of ______________ parrots each.
Answer
View full question & answer→$(B) :$ Number of parrots in each group $=7$.
Question 171 Mark
How many spoons are there in each $4$ equal groups of spoons?
View full question & answer→Question 181 Mark
Watermelon belongs to group _____________ .
Answer
View full question & answer→$P$
Question 191 Mark
How many paper clips are there in each $3$ equal groups of paper clips?
Answer
View full question & answer→$(A) : $ Number of paper clips in each group $=3$
Question 201 Mark
$5$ groups of ________________ flags each can be formed from the given flags.
View full question & answer→Question 211 Mark
The figure 
belongs to group ___________.
belongs to group ___________.Question 221 Mark
$2$ groups of ___________ chairs each can be formed from the given chairs.
View full question & answer→Question 231 Mark
__________ groups of $6$ stars each can be formed from the given stars.
View full question & answer→Question 241 Mark
What makes each of the groups below different from each other?
Answer
View full question & answer→Numberza
Question 251 Mark
How many groups of $3$ toy guitars each can be formed from the given toy guitars?
View full question & answer→Question 261 Mark
Shape
can be placed in which of the following group$(s)$?
View full question & answer→ can be placed in which of the following group$(s)$?Question 271 Mark
There are ____________ mugs in each $4$ equal groups of mugs.
View full question & answer→Question 281 Mark
___________ groups of $4$ candies each can be formed from the given candies.
View full question & answer→Question 291 Mark
There are _____________ umbrellas in each $3$ equal groups of umbrellas.
Answer
View full question & answer→$(B) :$ There are $5$ umbrellas in each $3$ equal groups of umbrellas.
Question 301 Mark
How many groups of $2$ bicycles each can be formed from the given bicycles?
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