<span>1.Pour the raw milk into a stainless steel pot.
2.</span>Heat the milk to 110 degrees F (it's still raw at this temperature).<span>
3.</span><span>Add 1 packet of your direct-set starter culture to the milk.
4.</span><span>Stir the milk and starter together gently until combined.
</span>5.<span>Pour the mixture into the yogurt maker jars.
</span>6.<span>Put the jars into the yogurt maker (without the lids).
</span>7.<span>Turn on the yogurt maker and incubate the yogurt for about 7-8 hours until the yogurt has set.
</span>8.<span>Remove the jars from the yogurt maker, screw on the lids, and store in the fridge.
</span>9.<span>Yogurt is good for up to 2 weeks.</span><span>
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The nuclear envelope is perforated with pores to allow it to move in and out of the nucleus.
Every cell in the body has a nucleus, except for mature erythrocytes (red blood cells). While some cells contain more than one nucleus such as skeletal muscle and some other cells contain several nuclei.
The nuclear envelope surrounds the nucleus. i. e. largest organelle of the cell. It has a similar structure to that of
the plasma membrane. But the nuclear envelope contains tiny pores that allow a few substances to pass between it and outside the cytoplasm, i.e. the cell contents excluding the nucleus.
Therefore, the nuclear envelope is perforated with pores to allow it to move in and out of the nucleus.
To know more about the nucleus, refer to the below link:
brainly.com/question/2437355
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The mantle being made of nickel and iron is the correct statement about the geosphere and is denoted as option B.
<h3>What is Geosphere?</h3>
This is referred to the solid part of the earth and consists of rocky materials present in it.
The geosphere has the mantle which is made up of materials such as iron and nickel which are metals and are responsible for their rigid solid structure thereby ,making it the most appropriate choice.
Read more about Geosphere here brainly.com/question/842883
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Answer:
A. Glucose
Explanation:
Glucose stores chemical energy in just the right size for transport and uptake by cells.
