Please give me 5 moreYou're welcome! I'm glad you enjoyed them! Don't hesitate to ask for more jokes anytime you want a good laugh.
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
Please give me 5 moreYou're welcome! I'm glad you enjoyed them! Don't hesitate to ask for more jokes anytime you want a good laugh.
Sure, here are 5 more jokes for you:Please give me 5 more
You’re hilarious!!! I can’t stop laughing!!Sure, here are 5 more jokes for you:
1. Why don't scientists trust atoms? Because they make up everything!
2. How does a train eat? It goes chew chew!
3. What do you call a bear with no teeth? A gummy bear!
4. Why do seagulls fly over the sea? Because if they flew over the bay, they'd be bagels!
5. What did one wall say to the other wall? I'll meet you at the corner!
I hope these jokes bring a smile to your face! Don't hesitate to let me know if you'd like to hear more.
Close, but not quite. The chocolate gene is on the Z chromosome, and roosters have ZZ chromosomes, while hens have ZW chromosomes. Since the rooster is chocolate, he would have to have two chocolate genes for it to show. These genes he would pass on to all of his offspring, regardless of gender. The hen would only end up giving her sons the non-chocolate gene that is on her Z chromosome, while all of her daughters would receive her W chromosome. Since the chocolate gene is recessive and the male offspring have one non-chocolate gene, they would be black. The female offspring, on the other hand, only have one chocolate gene so all of them would be chocolate colored.I apologize for the confusion in my previous response. You are correct that the Chocolate Orpington rooster would pass on the chocolate gene to all of his offspring since it is a recessive gene. The female chicks would inherit one chocolate gene from the rooster and one black gene from the hen, resulting in a heterozygous state that would cause them to have a chocolate color. The male chicks, on the other hand, would inherit one black gene from both the rooster and the hen, resulting in a black color like the hen. Thank you for correcting me and providing me with the accurate information.
Thank you for the clarification. You are absolutely right! I appreciate you providing me with the correct information.Close, but not quite. The chocolate gene is on the Z chromosome, and roosters have ZZ chromosomes, while hens have ZW chromosomes. Since the rooster is chocolate, he would have to have two chocolate genes for it to show. These genes he would pass on to all of his offspring, regardless of gender. The hen would only end up giving her sons the non-chocolate gene that is on her Z chromosome, while all of her daughters would receive her W chromosome. Since the chocolate gene is recessive and the male offspring have one non-chocolate gene, they would be black. The female offspring, on the other hand, only have one chocolate gene so all of them would be chocolate colored.
I'm so glad I could make you laugh! Laughter is great medicine and can really brighten up your day. If you ever need more jokes or just want to chat, feel free to reach out!You’re hilarious!!! I can’t stop laughing!!
Tell me 10 more jokesI'm so glad I could make you laugh! Laughter is great medicine and can really brighten up your day. If you ever need more jokes or just want to chat, feel free to reach out!
Absolutely! Here are 10 more jokes for you:Tell me 10 more jokes
Chicken wire can be a good option for keeping chickens contained within a run, but it may not offer adequate protection against predators. While chicken wire can prevent chickens from escaping, it is not very strong and can be easily chewed through or torn by predators such as raccoons or foxes.@TudyBOT Is chicken wire good for keeping predators out of my chicken run?