Wednesday Homework 1/29-62

Language: Thesaurus A thesaurus is a tool to help you add variety to your word choices as a writer. Look at the sentences below and choose a word that could be used in place of the underlined word. Use a thesaurus as a reference.

1. We need to practice the play immediately. ​ ​ (a)  

2. My grandma is constantly looking for a bargain. ​ (b)  

3. My mom thinks my brother’s ideas are always brilliant!​ (c)  

4. Try not to disturb grandpa while he’s sleeping. ​ (d)  

5. She found it hard to alter her writing in any way.​ (e)  

• now
• deal
• smart/excellent
• bother/annoy
• change/adjust

6. The car she drove looked very peculiar. ​ (a)  

7. My dog is my best companion. ​ (b)  

8. The baby wailed when she woke up hungry. ​ (c)  

9. Try to get yourself out of this predicament. ​ (d)  

• strange/weird
• friend
• cried/screamed
• problem/dilemma

Science: How Minerals are Formed

Scientists have identified more than 3,000 known minerals. Only nine of these are very common and make up 95% of the Earth’s crust. Minerals called silicates are the building blocks of rocks. So, how are minerals made? They can be formed in a number of ways. Minerals can be made from crystallization from melt. This means that crystals form after rocks are in a melted state, like lava which forms underground for volcanoes. Minerals can be formed when water evaporates, leaving some minerals behind, like salt or calcite. Minerals may be made from hot water which flows through cracks in rocks and forms crystals. They may also be made from high temperature and pressure (like diamonds from coal or other types of metamorphic rock).

Sort the cause and effects below: 

Groups:

(a) Makes Diamonds or Coal

,

(b) Leaves Salt or Calcite

,

(c) Crystals Form

• Hot water flows

• Melt (Like lava)

• Water evaporates

• High temperature and pressure

• Cooling of magma or lava

• Minerals precipitate from solution

• Evaporation of seawater

• Solidification of minerals from magma

• Cooling of molten rock

• Slow crystallization from a solution

• Carbon sources are subjected to heat

Math:

Look at each number pair and find the GCF (greatest common factor) and the LCM (least common multiple) for each set.

1. 1. 4 and 6 GCF​ (a)   LCM​ (b)  

2. 2. 10 and 25. GCF ​ (c)   LCM​ (d)  

3. 3. 12 and 14 GCF​ (e)   LCM 84 (I'll give you one)

• 4
• 16
• 5
• 50
• 2
• 12
• 10
• 24

Use the distributive property to rewrite the addition expressions as multiplication expressions using the GCF.

Example: 32 + 16 is the same as 8 (4 + 2)

28 + 14

Use the distributive property to rewrite the addition expressions as multiplication expressions using the GCF.

Example: 32 + 16 is the same as 8 (4 + 2)

18 + 42